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Cassini >> MIMI

CASSINI SATURN MIMI INCA CALIBRATED DATA ARCHIVE
CO-S-MIMI-4-INCA-CALIB-V1.0	PDS 3 CERTIFIED

Start Time: 2004-01-01 16:00:00 - Stop Time: 2017-09-15 03:28:13

This contains calibrated Saturn tour data collected by the INCA sensor of the MIMI instrument aboard the Cassini spacecraft for the Cassini mission.

Citiation Information

Author	Vandegriff J., Kusterer M.B.
Title	CASSINI SATURN MIMI INCA CALIBRATED DATA ARCHIVE
Publisher	NASA Planetary Data System
Publication Year	2018
doi	https://doi.org/10.17189/1519607

Top/ DATA/ IANGAVE0_S/ 2006 /

IANGAVE0_S_2006001_02

Start Time:	2006-001T00:04:04.104	Stop Time:	2006-001T23:58:14.552
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006002_02

Start Time:	2006-002T00:04:14.550	Stop Time:	2006-002T23:59:17.998
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006003_02

Start Time:	2006-003T00:05:17.995	Stop Time:	2006-003T23:59:18.443
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006004_02

Start Time:	2006-004T00:05:18.441	Stop Time:	2006-004T23:59:17.889
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006005_02

Start Time:	2006-005T00:05:17.887	Stop Time:	2006-005T23:56:02.337
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006006_02

Start Time:	2006-006T00:02:02.334	Stop Time:	2006-006T20:11:02.869
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006007_02

Start Time:	2006-007T02:33:17.722	Stop Time:	2006-007T23:56:17.228
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006008_02

Start Time:	2006-008T00:00:17.227	Stop Time:	2006-008T23:53:38.675
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006009_02

Start Time:	2006-009T00:00:24.673	Stop Time:	2006-009T23:56:47.120
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006010_02

Start Time:	2006-010T00:01:47.118	Stop Time:	2006-010T23:52:38.567
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006011_02

Start Time:	2006-011T00:00:58.564	Stop Time:	2006-011T23:57:03.012
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006012_02

Start Time:	2006-012T00:01:03.010	Stop Time:	2006-012T23:58:05.552
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006013_02

Start Time:	2006-013T00:01:25.551	Stop Time:	2006-013T23:58:08.001
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006014_02

Start Time:	2006-014T00:01:28.000	Stop Time:	2006-014T23:57:58.450
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006015_02

Start Time:	2006-015T00:03:58.448	Stop Time:	2006-015T23:56:27.900
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006016_02

Start Time:	2006-016T00:02:27.897	Stop Time:	2006-016T23:57:09.348
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006017_02

Start Time:	2006-017T00:00:29.347	Stop Time:	2006-017T23:57:34.797
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006018_02

Start Time:	2006-018T00:01:34.796	Stop Time:	2006-018T23:56:48.246
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006019_02

Start Time:	2006-019T00:00:08.245	Stop Time:	2006-019T23:57:40.695
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006020_02

Start Time:	2006-020T00:01:00.694	Stop Time:	2006-020T23:58:48.143
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006021_02

Start Time:	2006-021T00:02:48.142	Stop Time:	2006-021T23:57:47.593
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006022_02

Start Time:	2006-022T00:04:32.590	Stop Time:	2006-022T23:57:59.042
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006023_02

Start Time:	2006-023T00:03:59.039	Stop Time:	2006-023T23:54:27.492
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006024_02

Start Time:	2006-024T00:00:27.490	Stop Time:	2006-024T23:56:20.940
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006025_02

Start Time:	2006-025T00:00:20.939	Stop Time:	2006-025T23:57:22.389
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006026_02

Start Time:	2006-026T00:01:22.387	Stop Time:	2006-026T23:57:54.837
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006027_02

Start Time:	2006-027T00:01:14.836	Stop Time:	2006-027T23:59:15.286
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006028_02

Start Time:	2006-028T00:05:15.284	Stop Time:	2006-028T23:54:18.737
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006029_02

Start Time:	2006-029T00:00:18.734	Stop Time:	2006-029T23:57:23.184
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006030_02

Start Time:	2006-030T00:03:23.182	Stop Time:	2006-030T23:57:20.633
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006031_02

Start Time:	2006-031T00:03:20.631	Stop Time:	2006-031T23:56:11.083
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006032_02

Start Time:	2006-032T00:02:56.080	Stop Time:	2006-032T23:57:38.531
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006033_02

Start Time:	2006-033T00:03:38.529	Stop Time:	2006-033T23:57:37.980
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006034_02

Start Time:	2006-034T00:03:37.978	Stop Time:	2006-034T23:57:38.429
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006035_02

Start Time:	2006-035T00:03:38.427	Stop Time:	2006-035T23:54:48.879
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006036_02

Start Time:	2006-036T00:00:48.877	Stop Time:	2006-036T23:59:14.326
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006037_02

Start Time:	2006-037T00:05:58.324	Stop Time:	2006-037T23:57:56.776
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006038_02

Start Time:	2006-038T00:03:56.774	Stop Time:	2006-038T23:55:20.226
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006039_02

Start Time:	2006-039T00:01:20.223	Stop Time:	2006-039T23:55:20.675
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006040_02

Start Time:	2006-040T00:01:20.672	Stop Time:	2006-040T23:59:54.122
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006041_02

Start Time:	2006-041T00:05:54.120	Stop Time:	2006-041T23:58:28.571
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006042_02

Start Time:	2006-042T00:01:48.570	Stop Time:	2006-042T23:59:35.020
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006043_02

Start Time:	2006-043T00:05:35.018	Stop Time:	2006-043T23:58:39.469
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006044_02

Start Time:	2006-044T00:01:59.468	Stop Time:	2006-044T23:58:41.918
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006045_02

Start Time:	2006-045T00:02:01.917	Stop Time:	2006-045T23:58:44.367
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006046_02

Start Time:	2006-046T00:02:04.366	Stop Time:	2006-046T23:54:24.818
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006047_02

Start Time:	2006-047T00:01:08.815	Stop Time:	2006-047T23:58:22.265
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006048_02

Start Time:	2006-048T00:04:22.263	Stop Time:	2006-048T23:54:49.715
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006049_02

Start Time:	2006-049T00:00:49.713	Stop Time:	2006-049T23:59:30.163
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006050_02

Start Time:	2006-050T00:05:30.160	Stop Time:	2006-050T23:59:38.611
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006051_02

Start Time:	2006-051T00:02:58.610	Stop Time:	2006-051T23:57:08.061
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006052_02

Start Time:	2006-052T00:03:50.059	Stop Time:	2006-052T23:59:53.509
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006053_02

Start Time:	2006-053T00:05:53.507	Stop Time:	2006-053T23:54:33.960
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006054_02

Start Time:	2006-054T00:00:33.958	Stop Time:	2006-054T23:57:28.408
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006055_02

Start Time:	2006-055T00:03:28.406	Stop Time:	2006-055T23:58:36.857
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006056_02

Start Time:	2006-056T00:01:56.855	Stop Time:	2006-056T23:53:28.307
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006057_02

Start Time:	2006-057T00:01:29.304	Stop Time:	2006-057T23:58:06.755
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006058_02

Start Time:	2006-058T00:04:06.752	Stop Time:	2006-058T23:58:47.203
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006059_02

Start Time:	2006-059T00:04:47.201	Stop Time:	2006-059T23:57:19.653
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006060_02

Start Time:	2006-060T00:00:39.652	Stop Time:	2006-060T23:58:59.101
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006061_02

Start Time:	2006-061T00:02:19.100	Stop Time:	2006-061T23:55:29.551
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006062_02

Start Time:	2006-062T00:02:13.549	Stop Time:	2006-062T23:54:52.001
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006063_02

Start Time:	2006-063T00:00:51.998	Stop Time:	2006-063T23:59:01.448
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006064_02

Start Time:	2006-064T00:05:01.446	Stop Time:	2006-064T23:57:10.898
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006065_02

Start Time:	2006-065T00:03:10.895	Stop Time:	2006-065T23:40:49.353
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006066_02

Start Time:	2006-066T00:10:49.341	Stop Time:	2006-066T23:57:31.795
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006067_02

Start Time:	2006-067T00:04:14.793	Stop Time:	2006-067T23:58:01.244
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006068_02

Start Time:	2006-068T00:01:21.243	Stop Time:	2006-068T23:55:11.694
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006069_02

Start Time:	2006-069T00:01:55.692	Stop Time:	2006-069T23:57:27.142
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006070_02

Start Time:	2006-070T00:02:27.140	Stop Time:	2006-070T23:57:07.591
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006071_02

Start Time:	2006-071T00:03:50.589	Stop Time:	2006-071T23:59:28.039
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006072_02

Start Time:	2006-072T00:05:28.037	Stop Time:	2006-072T23:56:32.544
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006073_02

Start Time:	2006-073T00:03:16.542	Stop Time:	2006-073T23:59:48.993
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006074_02

Start Time:	2006-074T00:03:08.991	Stop Time:	2006-074T23:55:09.444
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006075_02

Start Time:	2006-075T00:01:09.442	Stop Time:	2006-075T23:55:09.893
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006076_02

Start Time:	2006-076T00:01:09.891	Stop Time:	2006-076T23:56:55.342
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006077_02

Start Time:	2006-077T00:03:38.340	Stop Time:	2006-077T23:58:02.791
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006078_02

Start Time:	2006-078T00:01:22.790	Stop Time:	2006-078T23:57:38.241
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006079_02

Start Time:	2006-079T00:03:38.239	Stop Time:	2006-079T23:57:59.690
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006080_02

Start Time:	2006-080T00:01:19.689	Stop Time:	2006-080T23:59:31.139
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006081_02

Start Time:	2006-081T00:04:31.138	Stop Time:	2006-081T23:54:10.591
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006082_02

Start Time:	2006-082T00:00:53.588	Stop Time:	2006-082T23:59:23.039
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006083_02

Start Time:	2006-083T00:02:43.037	Stop Time:	2006-083T23:56:35.489
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006084_02

Start Time:	2006-084T00:03:20.487	Stop Time:	2006-084T23:55:22.939
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006085_02

Start Time:	2006-085T00:02:08.937	Stop Time:	2006-085T23:55:56.389
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006086_02

Start Time:	2006-086T00:02:38.386	Stop Time:	2006-086T23:57:04.838
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006087_02

Start Time:	2006-087T00:03:48.835	Stop Time:	2006-087T23:55:15.288
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006088_02

Start Time:	2006-088T00:01:59.285	Stop Time:	2006-088T23:59:41.736
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006089_02

Start Time:	2006-089T00:03:01.734	Stop Time:	2006-089T23:53:42.188
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006090_02

Start Time:	2006-090T00:00:25.185	Stop Time:	2006-090T23:59:55.635
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006091_02

Start Time:	2006-091T00:03:15.633	Stop Time:	2006-091T23:59:58.084
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006092_02

Start Time:	2006-092T00:03:18.083	Stop Time:	2006-092T23:58:43.534
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006093_02

Start Time:	2006-093T00:05:26.532	Stop Time:	2006-093T23:59:03.984
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006094_02

Start Time:	2006-094T00:02:23.982	Stop Time:	2006-094T23:59:06.433
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006095_02

Start Time:	2006-095T00:02:26.432	Stop Time:	2006-095T23:53:29.885
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006096_02

Start Time:	2006-096T00:00:13.882	Stop Time:	2006-096T23:53:40.334
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006097_02

Start Time:	2006-097T00:00:25.332	Stop Time:	2006-097T23:59:15.782
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006098_02

Start Time:	2006-098T00:05:59.779	Stop Time:	2006-098T23:56:58.232
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006099_02

Start Time:	2006-099T00:00:18.231	Stop Time:	2006-099T23:59:08.681
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006100_02

Start Time:	2006-100T00:02:29.680	Stop Time:	2006-100T23:59:11.130
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006101_02

Start Time:	2006-101T00:02:31.129	Stop Time:	2006-101T23:55:52.581
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006102_02

Start Time:	2006-102T00:01:52.579	Stop Time:	2006-102T23:58:24.030
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006103_02

Start Time:	2006-103T00:05:10.027	Stop Time:	2006-103T23:59:15.479
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006104_02

Start Time:	2006-104T00:05:15.477	Stop Time:	2006-104T23:55:19.930
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006105_02

Start Time:	2006-105T00:02:03.927	Stop Time:	2006-105T23:59:31.378
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006106_02

Start Time:	2006-106T00:06:14.375	Stop Time:	2006-106T23:57:55.828
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006107_02

Start Time:	2006-107T00:03:55.826	Stop Time:	2006-107T23:57:56.278
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006108_02

Start Time:	2006-108T00:03:56.275	Stop Time:	2006-108T23:57:55.727
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006109_02

Start Time:	2006-109T00:03:55.725	Stop Time:	2006-109T22:44:14.205
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006110_02

Start Time:	2006-110T00:18:21.169	Stop Time:	2006-110T23:58:25.626
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006111_02

Start Time:	2006-111T00:04:25.624	Stop Time:	2006-111T23:58:25.076
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006112_02

Start Time:	2006-112T00:04:25.073	Stop Time:	2006-112T23:59:56.525
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006113_02

Start Time:	2006-113T00:04:56.523	Stop Time:	2006-113T23:53:25.977
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006114_02

Start Time:	2006-114T00:00:08.974	Stop Time:	2006-114T23:55:51.425
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006115_02

Start Time:	2006-115T00:01:51.423	Stop Time:	2006-115T23:52:25.876
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006116_02

Start Time:	2006-116T00:03:22.872	Stop Time:	2006-116T23:54:57.325
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006117_02

Start Time:	2006-117T00:00:57.322	Stop Time:	2006-117T23:57:28.773
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006118_02

Start Time:	2006-118T00:01:28.772	Stop Time:	2006-118T23:56:56.223
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006119_02

Start Time:	2006-119T00:00:16.222	Stop Time:	2006-119T23:59:02.672
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006120_02

Start Time:	2006-120T00:04:02.670	Stop Time:	2006-120T23:56:19.122
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006121_02

Start Time:	2006-121T00:00:19.121	Stop Time:	2006-121T18:42:11.692
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006122_02

Start Time:	2006-122T19:39:39.119	Stop Time:	2006-122T23:58:14.021
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006123_02

Start Time:	2006-123T00:04:58.018	Stop Time:	2006-123T23:53:21.472
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006124_02

Start Time:	2006-124T00:00:06.469	Stop Time:	2006-124T23:56:52.920
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006125_02

Start Time:	2006-125T00:03:36.918	Stop Time:	2006-125T23:54:33.371
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006126_02

Start Time:	2006-126T00:01:16.368	Stop Time:	2006-126T23:59:32.818
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006127_02

Start Time:	2006-127T00:02:52.817	Stop Time:	2006-127T23:56:44.269
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006128_02

Start Time:	2006-128T00:03:28.266	Stop Time:	2006-128T23:58:54.718
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006129_02

Start Time:	2006-129T00:02:14.716	Stop Time:	2006-129T23:57:46.167
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006130_02

Start Time:	2006-130T00:04:30.165	Stop Time:	2006-130T23:55:52.618
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006131_02

Start Time:	2006-131T00:02:34.615	Stop Time:	2006-131T23:54:04.068
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006132_02

Start Time:	2006-132T00:00:48.065	Stop Time:	2006-132T23:59:29.515
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006133_02

Start Time:	2006-133T00:02:49.514	Stop Time:	2006-133T23:58:54.965
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006134_02

Start Time:	2006-134T00:05:39.963	Stop Time:	2006-134T23:58:10.415
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006135_02

Start Time:	2006-135T00:01:30.414	Stop Time:	2006-135T23:57:43.865
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006136_02

Start Time:	2006-136T00:04:26.862	Stop Time:	2006-136T23:53:53.316
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006137_02

Start Time:	2006-137T00:00:35.313	Stop Time:	2006-137T23:54:14.765
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006138_02

Start Time:	2006-138T00:00:14.763	Stop Time:	2006-138T23:54:15.215
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006139_02

Start Time:	2006-139T00:00:15.212	Stop Time:	2006-139T23:54:15.664
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006140_02

Start Time:	2006-140T00:00:15.662	Stop Time:	2006-140T23:54:16.114
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006141_02

Start Time:	2006-141T00:00:16.111	Stop Time:	2006-141T23:58:16.562
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006142_02

Start Time:	2006-142T00:01:36.560	Stop Time:	2006-142T23:54:50.013
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006143_02

Start Time:	2006-143T00:01:35.010	Stop Time:	2006-143T23:57:34.461
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006144_02

Start Time:	2006-144T00:03:34.459	Stop Time:	2006-144T23:54:58.912
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006145_02

Start Time:	2006-145T00:01:42.909	Stop Time:	2006-145T23:58:30.360
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006146_02

Start Time:	2006-146T00:05:13.357	Stop Time:	2006-146T23:54:11.811
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006147_02

Start Time:	2006-147T00:00:53.808	Stop Time:	2006-147T23:58:04.259
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006148_02

Start Time:	2006-148T00:04:50.256	Stop Time:	2006-148T23:54:41.710
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006149_02

Start Time:	2006-149T00:01:25.707	Stop Time:	2006-149T23:56:50.159
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006150_02

Start Time:	2006-150T00:00:10.157	Stop Time:	2006-150T23:59:50.607
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006151_02

Start Time:	2006-151T00:06:32.604	Stop Time:	2006-151T23:57:39.057
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006152_02

Start Time:	2006-152T00:04:21.055	Stop Time:	2006-152T23:54:48.508
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006153_02

Start Time:	2006-153T00:01:33.505	Stop Time:	2006-153T23:57:22.957
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006154_02

Start Time:	2006-154T00:00:42.955	Stop Time:	2006-154T23:59:20.405
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006155_02

Start Time:	2006-155T00:02:40.404	Stop Time:	2006-155T23:55:46.856
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006156_02

Start Time:	2006-156T00:02:31.854	Stop Time:	2006-156T23:32:31.315
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006157_02

Start Time:	2006-157T00:06:12.302	Stop Time:	2006-157T23:54:59.756
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006158_02

Start Time:	2006-158T00:01:43.753	Stop Time:	2006-158T23:58:44.204
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006159_02

Start Time:	2006-159T00:02:04.202	Stop Time:	2006-159T23:55:31.654
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006160_02

Start Time:	2006-160T00:02:17.652	Stop Time:	2006-160T23:53:54.105
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006161_02

Start Time:	2006-161T00:00:39.102	Stop Time:	2006-161T23:58:07.553
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006162_02

Start Time:	2006-162T00:04:53.550	Stop Time:	2006-162T17:18:26.155
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006163_02

Start Time:	2006-163T00:49:23.983	Stop Time:	2006-163T23:57:21.452
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006164_02

Start Time:	2006-164T00:00:41.451	Stop Time:	2006-164T23:57:29.901
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006165_02

Start Time:	2006-165T00:04:14.899	Stop Time:	2006-165T23:59:41.350
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006166_02

Start Time:	2006-166T00:06:25.348	Stop Time:	2006-166T23:57:29.801
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006167_02

Start Time:	2006-167T00:04:13.798	Stop Time:	2006-167T23:58:52.250
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006168_02

Start Time:	2006-168T00:22:12.241	Stop Time:	2006-168T23:52:56.701
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006169_02

Start Time:	2006-169T00:01:43.698	Stop Time:	2006-169T23:54:22.150
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006170_02

Start Time:	2006-170T00:03:06.147	Stop Time:	2006-170T23:57:47.599
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006171_02

Start Time:	2006-171T00:06:31.595	Stop Time:	2006-171T23:57:42.048
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006172_02

Start Time:	2006-172T00:06:27.045	Stop Time:	2006-172T23:57:45.498
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006173_02

Start Time:	2006-173T00:01:05.496	Stop Time:	2006-173T23:55:46.948
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006174_02

Start Time:	2006-174T00:04:29.945	Stop Time:	2006-174T23:59:20.396
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006175_02

Start Time:	2006-175T00:08:01.393	Stop Time:	2006-175T23:53:59.848
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006176_02

Start Time:	2006-176T00:02:43.844	Stop Time:	2006-176T23:59:02.295
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006177_02

Start Time:	2006-177T00:07:46.292	Stop Time:	2006-177T23:56:27.746
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006178_02

Start Time:	2006-178T00:05:12.742	Stop Time:	2006-178T23:54:41.196
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006179_02

Start Time:	2006-179T00:03:22.193	Stop Time:	2006-179T23:55:10.609
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006180_02

Start Time:	2006-180T00:01:10.607	Stop Time:	2006-180T23:55:57.057
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006181_02

Start Time:	2006-181T00:01:57.055	Stop Time:	2006-181T23:54:22.507
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006182_02

Start Time:	2006-182T00:01:05.504	Stop Time:	2006-182T23:57:39.954
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006183_02

Start Time:	2006-183T00:03:39.952	Stop Time:	2006-183T23:58:21.402
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006184_02

Start Time:	2006-184T00:04:21.400	Stop Time:	2006-184T23:59:28.851
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006185_02

Start Time:	2006-185T00:02:48.849	Stop Time:	2006-185T23:54:44.301
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006186_02

Start Time:	2006-186T00:03:36.298	Stop Time:	2006-186T23:57:17.749
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006187_02

Start Time:	2006-187T00:00:37.747	Stop Time:	2006-187T23:58:02.197
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006188_02

Start Time:	2006-188T00:20:36.188	Stop Time:	2006-188T23:58:04.646
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006189_02

Start Time:	2006-189T00:20:38.637	Stop Time:	2006-189T23:57:57.094
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006190_02

Start Time:	2006-190T00:01:17.093	Stop Time:	2006-190T23:58:33.543
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006191_02

Start Time:	2006-191T00:01:53.542	Stop Time:	2006-191T15:25:15.188
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006192_02

Start Time:	2006-192T00:05:46.989	Stop Time:	2006-192T23:51:59.443
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006193_02

Start Time:	2006-193T00:03:55.438	Stop Time:	2006-193T23:57:18.889
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006194_02

Start Time:	2006-194T00:00:38.888	Stop Time:	2006-194T23:58:48.337
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006195_02

Start Time:	2006-195T00:02:08.336	Stop Time:	2006-195T23:58:50.786
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006196_02

Start Time:	2006-196T00:02:10.785	Stop Time:	2006-196T23:58:29.235
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006197_02

Start Time:	2006-197T00:01:49.234	Stop Time:	2006-197T23:59:03.683
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006198_02

Start Time:	2006-198T00:02:23.682	Stop Time:	2006-198T23:59:43.132
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006199_02

Start Time:	2006-199T00:03:03.130	Stop Time:	2006-199T23:59:29.580
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006200_02

Start Time:	2006-200T00:02:49.579	Stop Time:	2006-200T23:54:46.014
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006201_02

Start Time:	2006-201T00:00:46.012	Stop Time:	2006-201T23:57:01.462
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006202_02

Start Time:	2006-202T00:03:01.460	Stop Time:	2006-202T23:59:41.909
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006203_02

Start Time:	2006-203T00:03:01.908	Stop Time:	2006-203T23:55:58.359
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006204_02

Start Time:	2006-204T00:01:58.357	Stop Time:	2006-204T23:59:49.806
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006205_02

Start Time:	2006-205T00:03:49.805	Stop Time:	2006-205T23:59:11.255
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006206_02

Start Time:	2006-206T00:04:11.253	Stop Time:	2006-206T23:58:09.704
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006207_02

Start Time:	2006-207T00:03:09.702	Stop Time:	2006-207T23:59:48.151
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006208_02

Start Time:	2006-208T00:05:33.149	Stop Time:	2006-208T23:58:12.600
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006209_02

Start Time:	2006-209T00:03:12.598	Stop Time:	2006-209T23:58:13.049
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006210_02

Start Time:	2006-210T00:03:13.047	Stop Time:	2006-210T23:57:13.498
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006211_02

Start Time:	2006-211T00:02:12.496	Stop Time:	2006-211T23:58:18.946
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006212_02

Start Time:	2006-212T00:03:18.944	Stop Time:	2006-212T23:57:03.395
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006213_02

Start Time:	2006-213T00:03:03.392	Stop Time:	2006-213T23:58:44.842
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006214_02

Start Time:	2006-214T00:02:04.841	Stop Time:	2006-214T23:57:48.291
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006215_02

Start Time:	2006-215T00:03:48.289	Stop Time:	2006-215T23:57:59.739
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006216_02

Start Time:	2006-216T00:04:45.737	Stop Time:	2006-216T23:57:32.188
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006217_02

Start Time:	2006-217T00:04:15.185	Stop Time:	2006-217T23:39:08.644
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006218_02

Start Time:	2006-218T00:46:29.618	Stop Time:	2006-218T23:54:19.086
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006219_02

Start Time:	2006-219T00:01:03.084	Stop Time:	2006-219T23:56:12.534
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006220_02

Start Time:	2006-220T00:02:53.531	Stop Time:	2006-220T23:56:46.982
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006221_02

Start Time:	2006-221T00:03:30.979	Stop Time:	2006-221T23:59:49.429
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006222_02

Start Time:	2006-222T00:06:34.427	Stop Time:	2006-222T23:57:40.879
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006223_02

Start Time:	2006-223T00:03:40.876	Stop Time:	2006-223T23:57:40.327
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006224_02

Start Time:	2006-224T00:03:40.325	Stop Time:	2006-224T23:59:00.775
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006225_02

Start Time:	2006-225T00:03:40.773	Stop Time:	2006-225T23:57:42.224
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006226_02

Start Time:	2006-226T00:01:02.223	Stop Time:	2006-226T23:57:48.672
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006227_02

Start Time:	2006-227T00:01:09.671	Stop Time:	2006-227T23:57:11.121
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006228_02

Start Time:	2006-228T00:01:12.119	Stop Time:	2006-228T23:58:42.569
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006229_02

Start Time:	2006-229T00:02:42.567	Stop Time:	2006-229T23:56:11.018
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006230_02

Start Time:	2006-230T00:02:11.016	Stop Time:	2006-230T23:55:16.467
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006231_02

Start Time:	2006-231T00:01:16.465	Stop Time:	2006-231T23:59:57.914
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006232_02

Start Time:	2006-232T00:03:17.912	Stop Time:	2006-232T23:56:49.363
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006233_02

Start Time:	2006-233T00:00:09.362	Stop Time:	2006-233T23:56:44.812
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006234_02

Start Time:	2006-234T00:00:04.810	Stop Time:	2006-234T23:58:46.259
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006235_02

Start Time:	2006-235T00:22:37.250	Stop Time:	2006-235T23:56:49.708
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006236_02

Start Time:	2006-236T00:00:09.707	Stop Time:	2006-236T23:58:12.156
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006237_02

Start Time:	2006-237T00:01:32.155	Stop Time:	2006-237T23:58:53.604
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006238_02

Start Time:	2006-238T00:02:13.603	Stop Time:	2006-238T23:58:56.053
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006239_02

Start Time:	2006-239T00:02:16.052	Stop Time:	2006-239T23:52:50.504
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006240_02

Start Time:	2006-240T00:03:41.499	Stop Time:	2006-240T23:56:40.951
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006241_02

Start Time:	2006-241T00:00:00.949	Stop Time:	2006-241T23:57:22.399
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006242_02

Start Time:	2006-242T00:00:42.397	Stop Time:	2006-242T23:57:24.847
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006243_02

Start Time:	2006-243T00:00:44.846	Stop Time:	2006-243T23:56:46.296
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006244_02

Start Time:	2006-244T00:00:06.295	Stop Time:	2006-244T23:59:54.743
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006245_02

Start Time:	2006-245T00:03:14.742	Stop Time:	2006-245T23:57:10.193
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006246_02

Start Time:	2006-246T00:00:30.191	Stop Time:	2006-246T23:57:58.641
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006247_02

Start Time:	2006-247T00:01:18.639	Stop Time:	2006-247T23:59:57.074
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006248_02

Start Time:	2006-248T00:03:17.072	Stop Time:	2006-248T23:58:56.522
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006249_02

Start Time:	2006-249T00:02:16.521	Stop Time:	2006-249T23:55:23.972
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006250_02

Start Time:	2006-250T00:01:23.969	Stop Time:	2006-250T23:55:54.420
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006251_02

Start Time:	2006-251T00:01:54.417	Stop Time:	2006-251T23:59:16.866
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006252_02

Start Time:	2006-252T00:05:16.864	Stop Time:	2006-252T23:55:18.316
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006253_02

Start Time:	2006-253T00:01:18.314	Stop Time:	2006-253T23:59:56.762
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006254_02

Start Time:	2006-254T00:05:56.760	Stop Time:	2006-254T23:55:08.212
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006255_02

Start Time:	2006-255T00:01:08.210	Stop Time:	2006-255T23:57:07.660
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006256_02

Start Time:	2006-256T00:00:27.659	Stop Time:	2006-256T23:59:42.107
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006257_02

Start Time:	2006-257T00:03:42.105	Stop Time:	2006-257T23:56:55.556
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006258_02

Start Time:	2006-258T00:02:55.554	Stop Time:	2006-258T23:56:56.004
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006259_02

Start Time:	2006-259T00:02:56.002	Stop Time:	2006-259T23:56:55.452
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006260_02

Start Time:	2006-260T00:02:55.450	Stop Time:	2006-260T23:57:33.900
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006261_02

Start Time:	2006-261T00:00:53.899	Stop Time:	2006-261T23:58:19.348
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006262_02

Start Time:	2006-262T00:01:39.347	Stop Time:	2006-262T23:59:25.796
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006263_02

Start Time:	2006-263T00:02:45.795	Stop Time:	2006-263T23:58:40.256
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006264_02

Start Time:	2006-264T00:01:40.255	Stop Time:	2006-264T23:58:15.704
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006265_02

Start Time:	2006-265T00:01:15.703	Stop Time:	2006-265T23:59:35.153
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006266_02

Start Time:	2006-266T00:02:35.151	Stop Time:	2006-266T23:54:20.603
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006267_02

Start Time:	2006-267T00:00:20.601	Stop Time:	2006-267T23:57:02.051
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006268_02

Start Time:	2006-268T00:03:02.048	Stop Time:	2006-268T23:58:08.499
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006269_02

Start Time:	2006-269T00:04:08.497	Stop Time:	2006-269T23:59:09.947
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006270_02

Start Time:	2006-270T00:05:09.945	Stop Time:	2006-270T20:33:44.474
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006271_02

Start Time:	2006-271T10:39:44.150	Stop Time:	2006-271T19:50:43.939
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006272_02

Start Time:	2006-272T10:44:43.597	Stop Time:	2006-272T23:58:25.293
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006273_02

Start Time:	2006-273T00:01:25.292	Stop Time:	2006-273T23:57:09.742
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006274_02

Start Time:	2006-274T00:00:09.741	Stop Time:	2006-274T23:58:00.190
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006275_02

Start Time:	2006-275T00:01:00.189	Stop Time:	2006-275T23:59:43.638
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006276_02

Start Time:	2006-276T00:02:43.637	Stop Time:	2006-276T23:58:40.087
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006277_02

Start Time:	2006-277T00:01:40.086	Stop Time:	2006-277T23:58:29.536
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006278_02

Start Time:	2006-278T00:01:29.535	Stop Time:	2006-278T23:57:28.985
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006279_02

Start Time:	2006-279T00:09:24.980	Stop Time:	2006-279T23:57:52.433
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006280_02

Start Time:	2006-280T00:00:52.432	Stop Time:	2006-280T23:59:38.881
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006281_02

Start Time:	2006-281T00:02:38.880	Stop Time:	2006-281T23:06:54.350
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006282_02

Start Time:	2006-282T02:30:09.272	Stop Time:	2006-282T23:54:09.781
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006283_02

Start Time:	2006-283T00:00:09.778	Stop Time:	2006-283T23:57:13.228
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006284_02

Start Time:	2006-284T00:00:13.227	Stop Time:	2006-284T23:56:15.677
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006285_02

Start Time:	2006-285T00:00:15.675	Stop Time:	2006-285T23:56:48.125
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006286_02

Start Time:	2006-286T00:00:48.124	Stop Time:	2006-286T22:42:48.602
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006287_02

Start Time:	2006-287T10:00:48.343	Stop Time:	2006-287T14:25:45.241
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006288_02

Start Time:	2006-288T11:25:45.759	Stop Time:	2006-288T23:54:03.472
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006289_02

Start Time:	2006-289T00:00:03.470	Stop Time:	2006-289T18:56:53.034
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006290_02

Start Time:	2006-290T09:26:52.701	Stop Time:	2006-290T18:47:19.487
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006291_02

Start Time:	2006-291T02:11:19.317	Stop Time:	2006-291T11:19:05.107
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006292_02

Start Time:	2006-292T09:25:05.599	Stop Time:	2006-292T23:59:36.264
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006293_02

Start Time:	2006-293T00:02:36.263	Stop Time:	2006-293T23:59:21.713
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006294_02

Start Time:	2006-294T00:02:21.712	Stop Time:	2006-294T23:59:16.162
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006295_02

Start Time:	2006-295T00:02:16.160	Stop Time:	2006-295T23:58:19.611
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006296_02

Start Time:	2006-296T00:02:19.609	Stop Time:	2006-296T23:58:10.070
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006297_02

Start Time:	2006-297T00:01:10.068	Stop Time:	2006-297T23:55:12.519
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006298_02

Start Time:	2006-298T00:01:12.517	Stop Time:	2006-298T23:56:13.967
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006299_02

Start Time:	2006-299T00:00:13.966	Stop Time:	2006-299T23:59:42.415
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006300_02

Start Time:	2006-300T00:02:42.414	Stop Time:	2006-300T23:59:22.863
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006301_02

Start Time:	2006-301T00:03:22.862	Stop Time:	2006-301T23:57:09.313
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006302_02

Start Time:	2006-302T00:03:09.311	Stop Time:	2006-302T23:58:11.761
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006303_02

Start Time:	2006-303T00:04:11.759	Stop Time:	2006-303T23:59:44.209
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006304_02

Start Time:	2006-304T00:03:44.207	Stop Time:	2006-304T23:57:10.659
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006305_02

Start Time:	2006-305T00:01:10.657	Stop Time:	2006-305T23:56:28.107
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006306_02

Start Time:	2006-306T00:00:28.106	Stop Time:	2006-306T23:59:51.555
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006307_02

Start Time:	2006-307T00:03:51.553	Stop Time:	2006-307T23:58:04.004
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006308_02

Start Time:	2006-308T00:02:04.002	Stop Time:	2006-308T23:57:49.453
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006309_02

Start Time:	2006-309T00:01:49.451	Stop Time:	2006-309T23:54:13.903
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006310_02

Start Time:	2006-310T00:00:13.900	Stop Time:	2006-310T23:55:22.351
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006311_02

Start Time:	2006-311T00:01:22.348	Stop Time:	2006-311T20:01:23.889
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006312_02

Start Time:	2006-312T00:49:23.779	Stop Time:	2006-312T23:56:42.247
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006313_02

Start Time:	2006-313T00:02:42.245	Stop Time:	2006-313T23:54:43.697
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006314_02

Start Time:	2006-314T00:00:43.694	Stop Time:	2006-314T23:54:43.145
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006315_02

Start Time:	2006-315T00:00:43.143	Stop Time:	2006-315T23:54:43.594
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006316_02

Start Time:	2006-316T00:00:43.592	Stop Time:	2006-316T23:54:00.043
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006317_02

Start Time:	2006-317T00:00:00.040	Stop Time:	2006-317T23:54:38.491
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006318_02

Start Time:	2006-318T00:00:38.489	Stop Time:	2006-318T23:54:38.940
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006319_02

Start Time:	2006-319T00:00:38.937	Stop Time:	2006-319T23:54:39.388
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006320_02

Start Time:	2006-320T00:00:39.386	Stop Time:	2006-320T23:54:38.837
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006321_02

Start Time:	2006-321T00:00:38.835	Stop Time:	2006-321T23:57:22.284
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006322_02

Start Time:	2006-322T00:03:22.282	Stop Time:	2006-322T23:56:20.733
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006323_02

Start Time:	2006-323T00:02:20.731	Stop Time:	2006-323T23:56:21.182
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006324_02

Start Time:	2006-324T00:02:21.180	Stop Time:	2006-324T23:58:45.630
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006325_02

Start Time:	2006-325T00:01:45.628	Stop Time:	2006-325T23:54:17.080
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006326_02

Start Time:	2006-326T00:00:17.078	Stop Time:	2006-326T23:56:01.528
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006327_02

Start Time:	2006-327T00:02:01.526	Stop Time:	2006-327T23:54:58.977
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006328_02

Start Time:	2006-328T00:00:58.974	Stop Time:	2006-328T23:54:58.425
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006329_02

Start Time:	2006-329T00:00:58.423	Stop Time:	2006-329T16:36:59.042
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006330_02

Start Time:	2006-330T07:30:58.699	Stop Time:	2006-330T16:14:58.499
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006331_02

Start Time:	2006-331T07:32:58.147	Stop Time:	2006-331T18:25:34.897
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006332_02

Start Time:	2006-332T07:19:35.601	Stop Time:	2006-332T23:59:14.278
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006333_02

Start Time:	2006-333T00:05:14.276	Stop Time:	2006-333T16:24:57.902
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006334_02

Start Time:	2006-334T07:18:57.561	Stop Time:	2006-334T16:01:57.362
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006335_02

Start Time:	2006-335T02:07:58.130	Stop Time:	2006-335T23:55:57.631
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006336_02

Start Time:	2006-336T00:01:27.629	Stop Time:	2006-336T23:59:15.081
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006337_02

Start Time:	2006-337T00:03:15.079	Stop Time:	2006-337T23:58:46.532
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006338_02

Start Time:	2006-338T00:04:46.529	Stop Time:	2006-338T17:36:31.128
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006339_02

Start Time:	2006-339T06:30:30.833	Stop Time:	2006-339T15:55:09.617
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006340_02

Start Time:	2006-340T06:49:09.276	Stop Time:	2006-340T15:45:39.072
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006341_02

Start Time:	2006-341T06:39:39.731	Stop Time:	2006-341T16:29:03.506
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006342_02

Start Time:	2006-342T06:11:03.192	Stop Time:	2006-342T15:56:22.981
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006343_02

Start Time:	2006-343T06:26:22.650	Stop Time:	2006-343T15:47:36.436
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006344_02

Start Time:	2006-344T06:41:37.095	Stop Time:	2006-344T23:59:36.700
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006345_02

Start Time:	2006-345T00:05:36.697	Stop Time:	2006-345T23:59:37.151
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006346_02

Start Time:	2006-346T00:05:37.149	Stop Time:	2006-346T23:59:37.602
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006347_02

Start Time:	2006-347T00:05:37.600	Stop Time:	2006-347T23:57:29.054
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006348_02

Start Time:	2006-348T00:03:29.052	Stop Time:	2006-348T23:57:18.506
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006349_02

Start Time:	2006-349T00:01:18.504	Stop Time:	2006-349T23:58:05.957
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006350_02

Start Time:	2006-350T00:02:05.955	Stop Time:	2006-350T23:58:07.408
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006351_02

Start Time:	2006-351T00:02:07.406	Stop Time:	2006-351T23:58:08.859
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006352_02

Start Time:	2006-352T00:02:08.858	Stop Time:	2006-352T23:57:18.311
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006353_02

Start Time:	2006-353T00:01:18.309	Stop Time:	2006-353T23:55:32.763
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006354_02

Start Time:	2006-354T00:00:32.761	Stop Time:	2006-354T23:59:28.213
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006355_02

Start Time:	2006-355T00:04:28.211	Stop Time:	2006-355T23:59:39.664
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006356_02

Start Time:	2006-356T00:03:39.662	Stop Time:	2006-356T23:59:00.115
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006357_02

Start Time:	2006-357T00:05:44.113	Stop Time:	2006-357T07:17:55.948
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006358_02

Start Time:	2006-358T05:47:56.434	Stop Time:	2006-358T14:53:20.226
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006359_02

Start Time:	2006-359T05:47:19.885	Stop Time:	2006-359T16:16:54.645
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006360_02

Start Time:	2006-360T05:34:54.341	Stop Time:	2006-360T23:58:50.920
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006361_02

Start Time:	2006-361T00:04:50.918	Stop Time:	2006-361T23:54:43.373
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006362_02

Start Time:	2006-362T00:00:43.371	Stop Time:	2006-362T23:55:29.824
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006363_02

Start Time:	2006-363T00:01:29.822	Stop Time:	2006-363T23:57:30.275
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006364_02

Start Time:	2006-364T00:01:30.273	Stop Time:	2006-364T23:58:11.726
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2006365_02

Start Time:	2006-365T00:02:11.724	Stop Time:	2006-365T23:58:27.177
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

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