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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/ 2009 /

IANGAVE0_S_2009001_02

Start Time:	2009-001T01:20:45.794	Stop Time:	2009-001T23:59:16.214
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009002_02

Start Time:	2009-002T00:04:16.212	Stop Time:	2009-002T23:59:25.600
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_2009003_02

Start Time:	2009-003T00:03:25.598	Stop Time:	2009-003T23:56:28.986
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009004_02

Start Time:	2009-004T00:05:01.983	Stop Time:	2009-004T23:58:03.371
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_2009005_02

Start Time:	2009-005T00:02:03.370	Stop Time:	2009-005T23:58:04.757
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009006_02

Start Time:	2009-006T00:02:04.755	Stop Time:	2009-006T23:58:41.142
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_2009007_02

Start Time:	2009-007T00:02:41.141	Stop Time:	2009-007T23:58:11.528
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_2009008_02

Start Time:	2009-008T00:02:11.526	Stop Time:	2009-008T23:58:23.914
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_2009009_02

Start Time:	2009-009T00:04:23.911	Stop Time:	2009-009T23:58:24.299
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009010_02

Start Time:	2009-010T00:04:24.297	Stop Time:	2009-010T23:56:25.686
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009011_02

Start Time:	2009-011T00:04:54.682	Stop Time:	2009-011T23:58:00.071
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009012_02

Start Time:	2009-012T00:06:32.067	Stop Time:	2009-012T23:58:33.456
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009013_02

Start Time:	2009-013T00:02:33.454	Stop Time:	2009-013T23:57:40.842
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_2009014_02

Start Time:	2009-014T00:01:40.840	Stop Time:	2009-014T23:52:08.230
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009015_02

Start Time:	2009-015T00:00:39.226	Stop Time:	2009-015T23:51:40.616
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009016_02

Start Time:	2009-016T00:00:11.612	Stop Time:	2009-016T23:57:24.999
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009017_02

Start Time:	2009-017T00:01:24.997	Stop Time:	2009-017T23:57:34.384
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009018_02

Start Time:	2009-018T00:03:34.382	Stop Time:	2009-018T23:58:23.770
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009019_02

Start Time:	2009-019T00:04:23.767	Stop Time:	2009-019T23:58:23.155
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_2009020_02

Start Time:	2009-020T00:04:23.153	Stop Time:	2009-020T23:59:23.540
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009021_02

Start Time:	2009-021T00:03:23.539	Stop Time:	2009-021T23:59:25.926
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009022_02

Start Time:	2009-022T00:03:25.924	Stop Time:	2009-022T23:57:57.312
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009023_02

Start Time:	2009-023T00:02:57.310	Stop Time:	2009-023T23:59:43.697
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_2009024_02

Start Time:	2009-024T00:04:43.695	Stop Time:	2009-024T23:57:45.084
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_2009025_02

Start Time:	2009-025T00:01:45.082	Stop Time:	2009-025T23:58:16.469
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_2009026_02

Start Time:	2009-026T00:03:16.467	Stop Time:	2009-026T23:56:32.855
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009027_02

Start Time:	2009-027T00:01:32.853	Stop Time:	2009-027T23:57:48.240
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009028_02

Start Time:	2009-028T00:03:48.238	Stop Time:	2009-028T23:57:48.626
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_2009029_02

Start Time:	2009-029T00:03:48.623	Stop Time:	2009-029T23:51:40.014
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_2009030_02

Start Time:	2009-030T00:00:13.010	Stop Time:	2009-030T23:57:50.397
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009031_02

Start Time:	2009-031T00:02:50.395	Stop Time:	2009-031T23:57:21.783
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009032_02

Start Time:	2009-032T00:01:21.781	Stop Time:	2009-032T23:55:38.169
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009033_02

Start Time:	2009-033T00:04:06.166	Stop Time:	2009-033T23:58:59.553
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_2009034_02

Start Time:	2009-034T00:02:59.552	Stop Time:	2009-034T23:57:02.940
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_2009035_02

Start Time:	2009-035T00:01:02.938	Stop Time:	2009-035T23:58:48.325
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_2009036_02

Start Time:	2009-036T00:02:48.323	Stop Time:	2009-036T23:59:19.710
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_2009037_02

Start Time:	2009-037T00:05:19.708	Stop Time:	2009-037T23:57:14.097
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009038_02

Start Time:	2009-038T00:01:14.095	Stop Time:	2009-038T23:54:44.483
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009039_02

Start Time:	2009-039T00:00:44.481	Stop Time:	2009-039T23:59:37.867
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009040_02

Start Time:	2009-040T00:03:37.865	Stop Time:	2009-040T23:59:44.252
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009041_02

Start Time:	2009-041T00:03:44.251	Stop Time:	2009-041T23:59:16.638
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_2009042_02

Start Time:	2009-042T00:02:16.637	Stop Time:	2009-042T23:56:48.025
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009043_02

Start Time:	2009-043T00:00:48.023	Stop Time:	2009-043T23:59:47.409
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009044_02

Start Time:	2009-044T00:05:47.407	Stop Time:	2009-044T21:18:53.863
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_2009045_02

Start Time:	2009-045T11:46:54.493	Stop Time:	2009-045T23:55:55.182
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_2009046_02

Start Time:	2009-046T00:00:55.180	Stop Time:	2009-046T23:58:56.566
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009047_02

Start Time:	2009-047T00:02:56.565	Stop Time:	2009-047T23:58:03.952
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009048_02

Start Time:	2009-048T00:02:03.951	Stop Time:	2009-048T23:56:38.338
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009049_02

Start Time:	2009-049T00:02:38.336	Stop Time:	2009-049T23:56:38.724
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009050_02

Start Time:	2009-050T00:02:38.721	Stop Time:	2009-050T23:56:38.110
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009051_02

Start Time:	2009-051T00:02:38.107	Stop Time:	2009-051T23:57:47.495
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009052_02

Start Time:	2009-052T00:06:18.491	Stop Time:	2009-052T23:59:55.879
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_2009053_02

Start Time:	2009-053T00:02:55.878	Stop Time:	2009-053T23:59:58.265
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_2009054_02

Start Time:	2009-054T00:02:58.264	Stop Time:	2009-054T23:56:54.652
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009055_02

Start Time:	2009-055T00:00:54.650	Stop Time:	2009-055T23:54:11.039
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_2009056_02

Start Time:	2009-056T00:00:11.036	Stop Time:	2009-056T16:47:11.607
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_2009057_02

Start Time:	2009-057T10:14:12.160	Stop Time:	2009-057T23:51:55.811
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_2009058_02

Start Time:	2009-058T00:00:28.807	Stop Time:	2009-058T23:57:02.194
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009059_02

Start Time:	2009-059T00:01:02.193	Stop Time:	2009-059T23:59:50.579
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009060_02

Start Time:	2009-060T00:03:50.577	Stop Time:	2009-060T23:57:47.965
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_2009061_02

Start Time:	2009-061T00:03:47.963	Stop Time:	2009-061T23:53:59.352
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009062_02

Start Time:	2009-062T00:02:31.349	Stop Time:	2009-062T23:52:15.739
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_2009063_02

Start Time:	2009-063T00:00:47.735	Stop Time:	2009-063T22:21:59.163
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_2009064_02

Start Time:	2009-064T03:31:06.031	Stop Time:	2009-064T23:57:54.508
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_2009065_02

Start Time:	2009-065T00:01:54.506	Stop Time:	2009-065T23:57:55.893
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_2009066_02

Start Time:	2009-066T00:01:55.891	Stop Time:	2009-066T23:57:24.279
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009067_02

Start Time:	2009-067T00:01:24.277	Stop Time:	2009-067T21:51:21.718
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_2009068_02

Start Time:	2009-068T01:41:21.620	Stop Time:	2009-068T13:39:24.314
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009069_02

Start Time:	2009-069T08:11:24.839	Stop Time:	2009-069T23:56:57.436
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_2009070_02

Start Time:	2009-070T00:00:57.434	Stop Time:	2009-070T23:56:04.822
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009071_02

Start Time:	2009-071T00:00:04.820	Stop Time:	2009-071T02:04:04.767
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009078_02

Start Time:	2009-078T00:01:29.519	Stop Time:	2009-078T23:58:32.906
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009079_02

Start Time:	2009-079T00:01:32.904	Stop Time:	2009-079T23:55:35.293
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_2009080_02

Start Time:	2009-080T00:01:34.290	Stop Time:	2009-080T23:59:32.676
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009081_02

Start Time:	2009-081T00:02:32.675	Stop Time:	2009-081T23:57:44.063
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009082_02

Start Time:	2009-082T00:00:44.062	Stop Time:	2009-082T23:57:47.448
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_2009083_02

Start Time:	2009-083T00:00:47.447	Stop Time:	2009-083T23:57:50.834
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009084_02

Start Time:	2009-084T00:00:50.833	Stop Time:	2009-084T23:56:22.220
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009085_02

Start Time:	2009-085T00:02:22.218	Stop Time:	2009-085T23:58:04.605
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009086_02

Start Time:	2009-086T00:04:04.603	Stop Time:	2009-086T23:58:49.990
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009087_02

Start Time:	2009-087T00:04:49.988	Stop Time:	2009-087T23:58:46.376
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009088_02

Start Time:	2009-088T00:02:46.374	Stop Time:	2009-088T23:57:32.762
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_2009089_02

Start Time:	2009-089T00:00:32.761	Stop Time:	2009-089T23:58:52.147
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009090_02

Start Time:	2009-090T00:03:52.145	Stop Time:	2009-090T23:56:02.534
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_2009091_02

Start Time:	2009-091T00:00:02.532	Stop Time:	2009-091T23:59:11.918
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_2009092_02

Start Time:	2009-092T00:03:11.917	Stop Time:	2009-092T23:54:18.306
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009093_02

Start Time:	2009-093T00:00:18.303	Stop Time:	2009-093T22:25:13.730
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009094_02

Start Time:	2009-094T00:09:14.685	Stop Time:	2009-094T23:55:45.077
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009095_02

Start Time:	2009-095T00:01:45.074	Stop Time:	2009-095T23:56:18.462
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_2009096_02

Start Time:	2009-096T00:01:18.460	Stop Time:	2009-096T23:58:51.846
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009097_02

Start Time:	2009-097T00:02:51.845	Stop Time:	2009-097T23:59:20.232
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_2009098_02

Start Time:	2009-098T00:03:20.230	Stop Time:	2009-098T23:56:39.619
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009099_02

Start Time:	2009-099T00:00:39.617	Stop Time:	2009-099T23:59:36.003
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009100_02

Start Time:	2009-100T00:03:36.001	Stop Time:	2009-100T23:59:53.388
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_2009101_02

Start Time:	2009-101T00:05:53.386	Stop Time:	2009-101T23:54:52.776
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_2009102_02

Start Time:	2009-102T00:00:52.774	Stop Time:	2009-102T23:58:57.160
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009103_02

Start Time:	2009-103T00:03:57.158	Stop Time:	2009-103T23:56:40.547
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009104_02

Start Time:	2009-104T00:01:40.544	Stop Time:	2009-104T23:57:02.932
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009105_02

Start Time:	2009-105T00:02:02.930	Stop Time:	2009-105T23:55:11.318
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009106_02

Start Time:	2009-106T00:00:11.316	Stop Time:	2009-106T23:58:34.703
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009107_02

Start Time:	2009-107T00:07:10.699	Stop Time:	2009-107T23:56:14.089
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009108_02

Start Time:	2009-108T00:00:14.087	Stop Time:	2009-108T23:56:14.475
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009109_02

Start Time:	2009-109T00:02:14.472	Stop Time:	2009-109T23:24:44.874
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009110_02

Start Time:	2009-110T00:52:14.836	Stop Time:	2009-110T23:51:46.248
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009111_02

Start Time:	2009-111T00:00:18.244	Stop Time:	2009-111T23:54:50.632
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009112_02

Start Time:	2009-112T00:03:21.629	Stop Time:	2009-112T23:57:58.016
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009113_02

Start Time:	2009-113T00:01:58.015	Stop Time:	2009-113T23:57:59.402
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_2009114_02

Start Time:	2009-114T00:01:59.400	Stop Time:	2009-114T23:51:31.790
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009115_02

Start Time:	2009-115T00:00:05.787	Stop Time:	2009-115T23:56:27.174
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009116_02

Start Time:	2009-116T00:02:27.171	Stop Time:	2009-116T23:54:56.560
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009117_02

Start Time:	2009-117T00:03:29.556	Stop Time:	2009-117T23:58:00.944
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009118_02

Start Time:	2009-118T00:01:00.943	Stop Time:	2009-118T23:59:45.329
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009119_02

Start Time:	2009-119T00:03:45.328	Stop Time:	2009-119T23:57:26.716
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009120_02

Start Time:	2009-120T00:01:26.714	Stop Time:	2009-120T23:57:28.101
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_2009121_02

Start Time:	2009-121T00:01:28.100	Stop Time:	2009-121T23:58:24.487
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_2009122_02

Start Time:	2009-122T00:02:24.485	Stop Time:	2009-122T23:56:34.873
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009123_02

Start Time:	2009-123T00:00:34.871	Stop Time:	2009-123T21:59:55.308
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009126_02

Start Time:	2009-126T00:02:27.027	Stop Time:	2009-126T23:53:59.417
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009127_02

Start Time:	2009-127T00:02:29.413	Stop Time:	2009-127T23:56:58.801
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_2009128_02

Start Time:	2009-128T00:05:29.797	Stop Time:	2009-128T23:55:20.187
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009129_02

Start Time:	2009-129T00:03:50.184	Stop Time:	2009-129T23:51:57.574
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009130_02

Start Time:	2009-130T00:00:27.571	Stop Time:	2009-130T23:55:01.959
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009131_02

Start Time:	2009-131T00:03:35.955	Stop Time:	2009-131T23:59:28.342
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_2009132_02

Start Time:	2009-132T00:07:59.339	Stop Time:	2009-132T23:59:55.728
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009133_02

Start Time:	2009-133T00:08:29.724	Stop Time:	2009-133T23:59:12.114
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_2009134_02

Start Time:	2009-134T00:03:12.112	Stop Time:	2009-134T23:45:34.505
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009135_02

Start Time:	2009-135T00:33:34.481	Stop Time:	2009-135T23:57:44.885
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_2009136_02

Start Time:	2009-136T00:01:44.884	Stop Time:	2009-136T23:59:33.270
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009137_02

Start Time:	2009-137T00:03:33.268	Stop Time:	2009-137T23:58:34.656
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009138_02

Start Time:	2009-138T00:03:34.654	Stop Time:	2009-138T23:58:53.078
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009139_02

Start Time:	2009-139T00:02:53.076	Stop Time:	2009-139T23:59:00.464
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009140_02

Start Time:	2009-140T00:03:00.462	Stop Time:	2009-140T23:59:16.850
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009141_02

Start Time:	2009-141T00:05:16.847	Stop Time:	2009-141T23:56:17.237
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009142_02

Start Time:	2009-142T00:02:17.234	Stop Time:	2009-142T23:54:49.623
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009143_02

Start Time:	2009-143T00:03:22.620	Stop Time:	2009-143T23:58:28.008
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009144_02

Start Time:	2009-144T00:07:04.004	Stop Time:	2009-144T23:57:45.394
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009145_02

Start Time:	2009-145T00:06:20.390	Stop Time:	2009-145T23:58:47.780
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009146_02

Start Time:	2009-146T00:07:18.776	Stop Time:	2009-146T23:54:23.167
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_2009147_02

Start Time:	2009-147T00:02:54.164	Stop Time:	2009-147T23:59:22.551
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_2009148_02

Start Time:	2009-148T00:03:22.550	Stop Time:	2009-148T23:59:39.937
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009149_02

Start Time:	2009-149T00:02:39.936	Stop Time:	2009-149T23:55:12.325
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_2009150_02

Start Time:	2009-150T00:01:12.322	Stop Time:	2009-150T23:55:12.711
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009151_02

Start Time:	2009-151T00:01:12.708	Stop Time:	2009-151T23:55:13.097
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009152_02

Start Time:	2009-152T00:01:13.094	Stop Time:	2009-152T23:55:13.483
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009153_02

Start Time:	2009-153T00:01:13.480	Stop Time:	2009-153T23:55:12.869
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_2009154_02

Start Time:	2009-154T00:01:12.866	Stop Time:	2009-154T23:55:13.255
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_2009155_02

Start Time:	2009-155T00:01:13.252	Stop Time:	2009-155T23:57:13.640
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009156_02

Start Time:	2009-156T00:01:13.638	Stop Time:	2009-156T23:54:14.027
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009157_02

Start Time:	2009-157T00:00:14.025	Stop Time:	2009-157T23:57:15.412
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009158_02

Start Time:	2009-158T00:03:15.409	Stop Time:	2009-158T23:58:05.797
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_2009159_02

Start Time:	2009-159T00:06:39.794	Stop Time:	2009-159T23:59:15.183
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009160_02

Start Time:	2009-160T00:04:15.181	Stop Time:	2009-160T23:55:31.570
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009161_02

Start Time:	2009-161T00:01:31.568	Stop Time:	2009-161T23:58:01.955
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009162_02

Start Time:	2009-162T00:04:01.953	Stop Time:	2009-162T23:58:25.341
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009163_02

Start Time:	2009-163T00:06:56.337	Stop Time:	2009-163T23:56:12.728
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009164_02

Start Time:	2009-164T00:04:42.724	Stop Time:	2009-164T23:59:44.112
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009165_02

Start Time:	2009-165T00:05:44.110	Stop Time:	2009-165T23:56:17.500
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009166_02

Start Time:	2009-166T00:02:17.497	Stop Time:	2009-166T23:55:14.886
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009167_02

Start Time:	2009-167T00:01:14.884	Stop Time:	2009-167T23:54:45.272
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009168_02

Start Time:	2009-168T00:00:45.270	Stop Time:	2009-168T23:54:45.665
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009169_02

Start Time:	2009-169T00:00:45.662	Stop Time:	2009-169T23:54:45.051
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_2009170_02

Start Time:	2009-170T00:00:45.049	Stop Time:	2009-170T23:54:18.438
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009171_02

Start Time:	2009-171T00:02:18.435	Stop Time:	2009-171T23:57:38.824
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_2009172_02

Start Time:	2009-172T00:05:38.820	Stop Time:	2009-172T23:57:40.210
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009173_02

Start Time:	2009-173T00:05:40.207	Stop Time:	2009-173T23:56:10.598
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009174_02

Start Time:	2009-174T00:02:10.595	Stop Time:	2009-174T23:57:19.984
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_2009175_02

Start Time:	2009-175T00:03:19.981	Stop Time:	2009-175T23:56:26.371
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_2009176_02

Start Time:	2009-176T00:02:26.368	Stop Time:	2009-176T23:56:56.757
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009177_02

Start Time:	2009-177T00:02:56.755	Stop Time:	2009-177T23:55:15.145
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_2009178_02

Start Time:	2009-178T00:01:15.142	Stop Time:	2009-178T23:56:26.531
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_2009179_02

Start Time:	2009-179T00:00:26.529	Stop Time:	2009-179T23:56:25.918
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_2009180_02

Start Time:	2009-180T00:02:25.915	Stop Time:	2009-180T23:56:25.305
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009181_02

Start Time:	2009-181T00:02:25.302	Stop Time:	2009-181T23:58:54.690
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_2009182_02

Start Time:	2009-182T00:04:54.688	Stop Time:	2009-182T23:55:26.079
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009183_02

Start Time:	2009-183T00:01:26.076	Stop Time:	2009-183T23:58:26.464
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009184_02

Start Time:	2009-184T00:04:26.461	Stop Time:	2009-184T21:59:52.901
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_2009185_02

Start Time:	2009-185T10:26:23.583	Stop Time:	2009-185T23:56:23.238
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009186_02

Start Time:	2009-186T00:02:23.236	Stop Time:	2009-186T23:07:56.637
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009187_02

Start Time:	2009-187T10:07:57.356	Stop Time:	2009-187T19:39:18.112
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009188_02

Start Time:	2009-188T07:18:49.813	Stop Time:	2009-188T23:56:19.387
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009189_02

Start Time:	2009-189T00:02:19.385	Stop Time:	2009-189T23:55:20.773
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_2009190_02

Start Time:	2009-190T00:01:20.770	Stop Time:	2009-190T23:56:29.157
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009191_02

Start Time:	2009-191T00:02:29.155	Stop Time:	2009-191T23:57:00.542
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009192_02

Start Time:	2009-192T00:01:00.541	Stop Time:	2009-192T23:59:56.926
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009193_02

Start Time:	2009-193T00:03:56.925	Stop Time:	2009-193T23:58:20.312
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009194_02

Start Time:	2009-194T00:02:20.311	Stop Time:	2009-194T23:56:28.698
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009195_02

Start Time:	2009-195T00:00:28.696	Stop Time:	2009-195T23:57:18.083
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_2009196_02

Start Time:	2009-196T00:03:18.080	Stop Time:	2009-196T23:56:02.469
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_2009197_02

Start Time:	2009-197T00:02:02.466	Stop Time:	2009-197T23:12:43.872
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009198_02

Start Time:	2009-198T00:00:44.852	Stop Time:	2009-198T23:57:24.239
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009199_02

Start Time:	2009-199T00:03:24.236	Stop Time:	2009-199T23:57:51.623
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009200_02

Start Time:	2009-200T00:01:51.622	Stop Time:	2009-200T23:59:11.008
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009201_02

Start Time:	2009-201T00:03:11.006	Stop Time:	2009-201T23:59:48.393
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009202_02

Start Time:	2009-202T00:03:48.391	Stop Time:	2009-202T23:57:33.779
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009203_02

Start Time:	2009-203T00:01:33.777	Stop Time:	2009-203T23:56:40.165
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009204_02

Start Time:	2009-204T00:00:40.163	Stop Time:	2009-204T22:25:42.589
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009205_02

Start Time:	2009-205T13:41:43.198	Stop Time:	2009-205T23:57:13.935
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009206_02

Start Time:	2009-206T00:03:13.932	Stop Time:	2009-206T23:58:08.320
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009207_02

Start Time:	2009-207T00:04:08.317	Stop Time:	2009-207T23:58:38.705
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009208_02

Start Time:	2009-208T00:04:38.702	Stop Time:	2009-208T23:56:55.090
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009209_02

Start Time:	2009-209T00:00:55.089	Stop Time:	2009-209T23:58:44.475
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009210_02

Start Time:	2009-210T00:02:44.473	Stop Time:	2009-210T23:56:25.861
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009211_02

Start Time:	2009-211T00:00:25.859	Stop Time:	2009-211T23:58:06.246
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_2009212_02

Start Time:	2009-212T00:02:06.244	Stop Time:	2009-212T23:59:58.630
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_2009213_02

Start Time:	2009-213T00:04:58.628	Stop Time:	2009-213T23:58:32.016
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009214_02

Start Time:	2009-214T00:02:32.014	Stop Time:	2009-214T23:56:05.402
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_2009215_02

Start Time:	2009-215T00:00:05.400	Stop Time:	2009-215T23:56:48.787
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009216_02

Start Time:	2009-216T00:01:48.785	Stop Time:	2009-216T23:57:59.171
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009217_02

Start Time:	2009-217T00:02:59.169	Stop Time:	2009-217T23:54:13.558
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009218_02

Start Time:	2009-218T00:02:43.555	Stop Time:	2009-218T23:57:05.941
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009219_02

Start Time:	2009-219T00:02:05.939	Stop Time:	2009-219T23:59:22.325
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_2009220_02

Start Time:	2009-220T00:04:22.323	Stop Time:	2009-220T23:54:13.713
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_2009221_02

Start Time:	2009-221T00:00:13.710	Stop Time:	2009-221T00:54:14.687
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009222_02

Start Time:	2009-222T01:59:21.044	Stop Time:	2009-222T23:58:20.481
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009223_02

Start Time:	2009-223T00:04:20.479	Stop Time:	2009-223T23:59:50.866
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_2009224_02

Start Time:	2009-224T00:05:50.863	Stop Time:	2009-224T23:55:27.253
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009225_02

Start Time:	2009-225T00:00:27.250	Stop Time:	2009-225T23:59:52.636
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009226_02

Start Time:	2009-226T00:04:52.634	Stop Time:	2009-226T23:59:43.021
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_2009227_02

Start Time:	2009-227T00:04:43.019	Stop Time:	2009-227T23:56:07.408
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_2009228_02

Start Time:	2009-228T00:00:07.406	Stop Time:	2009-228T23:56:35.792
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009229_02

Start Time:	2009-229T00:00:35.791	Stop Time:	2009-229T23:57:31.177
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

IANGAVE0_S_2009230_02

Start Time:	2009-230T00:01:31.175	Stop Time:	2009-230T23:56:52.562
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_2009231_02

Start Time:	2009-231T00:01:52.560	Stop Time:	2009-231T23:57:14.947
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_2009232_02

Start Time:	2009-232T00:00:14.946	Stop Time:	2009-232T23:57:39.332
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009233_02

Start Time:	2009-233T00:00:39.331	Stop Time:	2009-233T23:51:36.720
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009234_02

Start Time:	2009-234T00:00:07.716	Stop Time:	2009-234T23:59:29.102
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009235_02

Start Time:	2009-235T00:07:59.098	Stop Time:	2009-235T23:56:38.488
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009236_02

Start Time:	2009-236T00:04:38.485	Stop Time:	2009-236T23:52:38.875
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009237_02

Start Time:	2009-237T00:04:38.870	Stop Time:	2009-237T23:59:40.257
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009238_02

Start Time:	2009-238T00:05:40.254	Stop Time:	2009-238T23:51:38.645
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_2009239_02

Start Time:	2009-239T00:00:10.642	Stop Time:	2009-239T23:55:57.029
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009240_02

Start Time:	2009-240T00:01:57.026	Stop Time:	2009-240T23:59:34.412
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009241_02

Start Time:	2009-241T00:03:34.411	Stop Time:	2009-241T23:58:44.798
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009242_02

Start Time:	2009-242T00:02:44.796	Stop Time:	2009-242T23:56:20.184
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_2009243_02

Start Time:	2009-243T00:00:20.182	Stop Time:	2009-243T23:56:36.569
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_2009244_02

Start Time:	2009-244T00:00:36.567	Stop Time:	2009-244T23:59:36.953
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009245_02

Start Time:	2009-245T00:03:36.951	Stop Time:	2009-245T23:58:01.338
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009246_02

Start Time:	2009-246T00:02:01.337	Stop Time:	2009-246T23:56:59.724
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009247_02

Start Time:	2009-247T00:00:59.722	Stop Time:	2009-247T23:54:04.110
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009248_02

Start Time:	2009-248T00:02:38.107	Stop Time:	2009-248T23:52:13.496
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009249_02

Start Time:	2009-249T00:00:42.493	Stop Time:	2009-249T23:48:47.883
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009250_02

Start Time:	2009-250T00:05:56.875	Stop Time:	2009-250T23:55:25.265
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_2009251_02

Start Time:	2009-251T00:03:58.261	Stop Time:	2009-251T23:58:56.649
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009252_02

Start Time:	2009-252T00:07:25.645	Stop Time:	2009-252T23:52:13.069
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009253_02

Start Time:	2009-253T00:00:47.065	Stop Time:	2009-253T23:58:53.462
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_2009254_02

Start Time:	2009-254T00:07:27.459	Stop Time:	2009-254T23:56:18.860
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009255_02

Start Time:	2009-255T00:01:18.858	Stop Time:	2009-255T23:59:09.255
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_2009256_02

Start Time:	2009-256T00:03:09.253	Stop Time:	2009-256T23:57:48.652
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009257_02

Start Time:	2009-257T00:00:48.651	Stop Time:	2009-257T23:57:45.048
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_2009258_02

Start Time:	2009-258T00:06:17.045	Stop Time:	2009-258T21:45:14.500
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009259_02

Start Time:	2009-259T13:47:29.097	Stop Time:	2009-259T23:53:41.843
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009260_02

Start Time:	2009-260T00:02:13.839	Stop Time:	2009-260T23:51:55.240
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009261_02

Start Time:	2009-261T00:00:24.236	Stop Time:	2009-261T23:58:27.633
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_2009262_02

Start Time:	2009-262T00:06:56.630	Stop Time:	2009-262T23:57:52.030
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_2009263_02

Start Time:	2009-263T00:06:25.027	Stop Time:	2009-263T23:58:02.426
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009264_02

Start Time:	2009-264T00:04:02.424	Stop Time:	2009-264T23:57:44.823
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009265_02

Start Time:	2009-265T00:02:44.821	Stop Time:	2009-265T23:57:45.219
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009266_02

Start Time:	2009-266T00:02:45.217	Stop Time:	2009-266T23:56:38.616
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009267_02

Start Time:	2009-267T00:01:38.614	Stop Time:	2009-267T23:59:40.011
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009268_02

Start Time:	2009-268T00:02:40.010	Stop Time:	2009-268T23:57:08.409
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009269_02

Start Time:	2009-269T00:00:08.408	Stop Time:	2009-269T23:59:42.804
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009270_02

Start Time:	2009-270T00:08:16.801	Stop Time:	2009-270T23:59:19.201
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009271_02

Start Time:	2009-271T00:02:19.199	Stop Time:	2009-271T23:58:13.598
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009272_02

Start Time:	2009-272T00:01:13.596	Stop Time:	2009-272T23:57:14.994
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009273_02

Start Time:	2009-273T00:00:14.993	Stop Time:	2009-273T23:59:04.390
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009274_02

Start Time:	2009-274T00:02:04.389	Stop Time:	2009-274T23:59:07.786
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_2009275_02

Start Time:	2009-275T00:02:07.785	Stop Time:	2009-275T23:57:56.183
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009276_02

Start Time:	2009-276T00:00:56.182	Stop Time:	2009-276T23:57:59.580
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_2009277_02

Start Time:	2009-277T00:00:59.578	Stop Time:	2009-277T23:57:04.976
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009278_02

Start Time:	2009-278T00:00:04.975	Stop Time:	2009-278T23:57:08.373
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_2009279_02

Start Time:	2009-279T00:00:08.372	Stop Time:	2009-279T23:56:26.732
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009280_02

Start Time:	2009-280T00:00:26.730	Stop Time:	2009-280T23:57:07.115
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_2009281_02

Start Time:	2009-281T00:01:07.114	Stop Time:	2009-281T23:59:08.498
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_2009282_02

Start Time:	2009-282T00:03:08.496	Stop Time:	2009-282T23:59:39.882
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009283_02

Start Time:	2009-283T00:03:39.880	Stop Time:	2009-283T23:56:22.267
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009284_02

Start Time:	2009-284T00:00:22.265	Stop Time:	2009-284T14:56:58.881
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_2009285_02

Start Time:	2009-285T07:49:00.448	Stop Time:	2009-285T23:55:00.034
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_2009286_02

Start Time:	2009-286T00:01:00.032	Stop Time:	2009-286T23:57:18.417
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009287_02

Start Time:	2009-287T00:02:18.415	Stop Time:	2009-287T23:58:41.800
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009288_02

Start Time:	2009-288T00:03:41.798	Stop Time:	2009-288T23:58:42.184
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_2009289_02

Start Time:	2009-289T00:03:42.182	Stop Time:	2009-289T23:59:16.567
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_2009290_02

Start Time:	2009-290T00:04:16.565	Stop Time:	2009-290T23:59:26.951
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_2009291_02

Start Time:	2009-291T00:03:26.949	Stop Time:	2009-291T23:55:28.336
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009292_02

Start Time:	2009-292T00:00:28.334	Stop Time:	2009-292T23:58:32.718
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_2009293_02

Start Time:	2009-293T00:02:32.716	Stop Time:	2009-293T23:56:02.103
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009294_02

Start Time:	2009-294T00:01:02.101	Stop Time:	2009-294T23:59:52.485
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009295_02

Start Time:	2009-295T00:04:52.483	Stop Time:	2009-295T23:59:55.868
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009296_02

Start Time:	2009-296T00:03:55.867	Stop Time:	2009-296T23:56:42.253
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009297_02

Start Time:	2009-297T00:00:42.252	Stop Time:	2009-297T23:57:11.637
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009298_02

Start Time:	2009-298T00:01:11.635	Stop Time:	2009-298T23:59:47.019
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009299_02

Start Time:	2009-299T00:04:47.017	Stop Time:	2009-299T23:57:56.404
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009300_02

Start Time:	2009-300T00:02:56.402	Stop Time:	2009-300T23:56:07.788
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009301_02

Start Time:	2009-301T00:00:07.786	Stop Time:	2009-301T23:56:18.206
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009302_02

Start Time:	2009-302T00:00:18.204	Stop Time:	2009-302T23:56:53.591
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_2009303_02

Start Time:	2009-303T00:01:53.589	Stop Time:	2009-303T23:58:48.976
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009304_02

Start Time:	2009-304T00:04:48.973	Stop Time:	2009-304T08:22:48.761
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_2009305_02

Start Time:	2009-305T03:07:49.281	Stop Time:	2009-305T16:47:19.931
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009306_02

Start Time:	2009-306T06:43:20.575	Stop Time:	2009-306T23:54:21.135
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009307_02

Start Time:	2009-307T00:00:21.132	Stop Time:	2009-307T23:57:09.519
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_2009308_02

Start Time:	2009-308T00:01:09.517	Stop Time:	2009-308T23:59:48.903
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_2009309_02

Start Time:	2009-309T00:03:48.902	Stop Time:	2009-309T23:59:50.289
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009310_02

Start Time:	2009-310T00:03:50.287	Stop Time:	2009-310T23:59:24.675
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_2009311_02

Start Time:	2009-311T00:03:24.673	Stop Time:	2009-311T23:59:24.060
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009312_02

Start Time:	2009-312T00:03:24.059	Stop Time:	2009-312T23:59:15.446
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009313_02

Start Time:	2009-313T00:03:15.444	Stop Time:	2009-313T23:57:54.832
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009314_02

Start Time:	2009-314T00:01:54.831	Stop Time:	2009-314T23:56:40.218
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009315_02

Start Time:	2009-315T00:01:40.216	Stop Time:	2009-315T23:58:11.603
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_2009316_02

Start Time:	2009-316T00:02:11.602	Stop Time:	2009-316T23:59:16.989
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009317_02

Start Time:	2009-317T00:03:16.987	Stop Time:	2009-317T23:57:51.375
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009318_02

Start Time:	2009-318T00:01:51.373	Stop Time:	2009-318T23:57:53.760
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009319_02

Start Time:	2009-319T00:02:53.758	Stop Time:	2009-319T23:56:30.147
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009320_02

Start Time:	2009-320T00:01:30.144	Stop Time:	2009-320T23:55:27.533
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009321_02

Start Time:	2009-321T00:00:27.530	Stop Time:	2009-321T23:59:48.916
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009322_02

Start Time:	2009-322T00:04:48.914	Stop Time:	2009-322T23:58:43.302
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009323_02

Start Time:	2009-323T00:03:43.300	Stop Time:	2009-323T11:11:28.015
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009324_02

Start Time:	2009-324T02:28:44.624	Stop Time:	2009-324T11:44:29.227
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009325_02

Start Time:	2009-325T01:56:31.023	Stop Time:	2009-325T23:59:53.459
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009326_02

Start Time:	2009-326T00:08:27.455	Stop Time:	2009-326T23:56:51.846
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009327_02

Start Time:	2009-327T00:00:51.844	Stop Time:	2009-327T23:54:29.232
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_2009328_02

Start Time:	2009-328T00:00:29.230	Stop Time:	2009-328T23:54:29.618
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_2009329_02

Start Time:	2009-329T00:00:29.615	Stop Time:	2009-329T23:54:45.003
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009330_02

Start Time:	2009-330T00:00:45.001	Stop Time:	2009-330T23:57:33.388
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_2009331_02

Start Time:	2009-331T00:03:33.385	Stop Time:	2009-331T23:57:31.773
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_2009332_02

Start Time:	2009-332T00:03:31.771	Stop Time:	2009-332T23:58:23.159
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_2009333_02

Start Time:	2009-333T00:03:23.156	Stop Time:	2009-333T23:59:09.544
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_2009334_02

Start Time:	2009-334T00:03:09.542	Stop Time:	2009-334T23:56:54.930
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_2009335_02

Start Time:	2009-335T00:00:54.929	Stop Time:	2009-335T23:56:56.316
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_2009336_02

Start Time:	2009-336T00:00:56.314	Stop Time:	2009-336T23:58:29.701
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_2009337_02

Start Time:	2009-337T00:02:29.699	Stop Time:	2009-337T23:58:31.086
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_2009338_02

Start Time:	2009-338T00:02:31.085	Stop Time:	2009-338T23:58:07.472
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_2009339_02

Start Time:	2009-339T00:02:07.471	Stop Time:	2009-339T23:59:32.857
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_2009340_02

Start Time:	2009-340T00:03:32.856	Stop Time:	2009-340T23:58:26.243
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009341_02

Start Time:	2009-341T00:02:26.242	Stop Time:	2009-341T23:58:27.629
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009342_02

Start Time:	2009-342T00:04:27.626	Stop Time:	2009-342T23:59:28.014
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_2009343_02

Start Time:	2009-343T00:05:28.012	Stop Time:	2009-343T23:54:37.402
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_2009344_02

Start Time:	2009-344T00:00:37.399	Stop Time:	2009-344T23:54:36.787
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009345_02

Start Time:	2009-345T00:00:36.785	Stop Time:	2009-345T23:59:15.171
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009346_02

Start Time:	2009-346T00:03:15.169	Stop Time:	2009-346T23:59:45.556
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_2009347_02

Start Time:	2009-347T00:03:45.555	Stop Time:	2009-347T23:59:46.942
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009348_02

Start Time:	2009-348T00:03:46.940	Stop Time:	2009-348T23:54:12.330
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009349_02

Start Time:	2009-349T00:00:12.327	Stop Time:	2009-349T23:56:36.715
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_2009350_02

Start Time:	2009-350T00:02:36.712	Stop Time:	2009-350T23:59:09.099
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009351_02

Start Time:	2009-351T00:05:09.096	Stop Time:	2009-351T23:57:44.485
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009352_02

Start Time:	2009-352T00:03:44.483	Stop Time:	2009-352T23:59:39.870
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009353_02

Start Time:	2009-353T00:03:39.868	Stop Time:	2009-353T23:56:47.257
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009354_02

Start Time:	2009-354T00:00:47.255	Stop Time:	2009-354T07:22:30.067
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009355_02

Start Time:	2009-355T00:40:01.624	Stop Time:	2009-355T23:59:23.027
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009356_02

Start Time:	2009-356T00:03:23.025	Stop Time:	2009-356T23:56:46.414
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009357_02

Start Time:	2009-357T00:00:46.412	Stop Time:	2009-357T23:56:47.799
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009358_02

Start Time:	2009-358T00:00:47.798	Stop Time:	2009-358T23:57:04.185
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009359_02

Start Time:	2009-359T00:01:04.183	Stop Time:	2009-359T23:57:12.570
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009360_02

Start Time:	2009-360T00:01:12.569	Stop Time:	2009-360T23:55:13.957
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_2009361_02

Start Time:	2009-361T00:00:13.955	Stop Time:	2009-361T23:51:00.344
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009362_02

Start Time:	2009-362T00:09:01.336	Stop Time:	2009-362T23:54:45.728
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column in the file and CNO is the value in the species column). TOF id 0 = 170-230 keV TOF id 7 = 90-170 keV

IANGAVE0_S_2009363_02

Start Time:	2009-363T00:00:45.726	Stop Time:	2009-363T23:54:46.114
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_2009364_02

Start Time:	2009-364T00:00:46.111	Stop Time:	2009-364T23:56:33.499
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_2009365_02

Start Time:	2009-365T00:00:33.497	Stop Time:	2009-365T23:58:13.883
In an effort to make an INCA data product directly comparable to data products from the LEMMS and CHEMS telescopes, the images are collapsed in angle to form an image-integrated intensity. For each combination of species and energy (or in the case of INCA, time-of-flight (TOF)) from MIMI/INCA's high spatial resolution images, the original 32 x 32 (for tof id 0) or 64 x 64 (for tof id 7) image pixel intensity values in counts/(centimeters squaredsteradianseconds*keV) are averaged to a single intensity value. The energy ranges for the high spatial resolution hydrogen range from high to low: (TOF id is the value in the TOF column in the file and H is the value in the species column ). TOF id 0 = 55-90 keV TOF id 7 = 24-55 keV The energy ranges for the high spatial resolution oxygen range from high to low: (TOF id is the value in the TOF column 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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