PDS/PPI Home Page

QUICK SEARCH

Search By Missions

QUICK LINKS

FAQ
Citation Policy
Errata for all volumes
Help for Data Users
Help for Data Reviewers
Help for Data Providers

PDS NODES

PDS Home
Atmospheres
Geosciences
Cartography and Imaging Sciences
NAIF - SPICE
Ring-Moon Systems
Small Bodies

Mars Express >> ASPERA-3

VOLUME 2: MARS EXPRESS ASPERA3 RDR ELS DATA
MEX-M-ASPERA3-3-RDR-ELS-EXT2-V1.0	PDS 3 CERTIFIED

Start Time: 2007-10-01 21:23:50

Extension 2 calibrated data from the Electron Spectrometer (ELS) instrument of the Analyzer of Space Plasmas and Energetic Atoms experiment, 3rd edition (ASPERA-3), aboard the Mars Express spacecraft. The ASPERA-3 Principal Investigator is Dr. Rickard Lundin, Swedish Institute of Space Physics (IRF), Kiruna, Sweden. The primary source for ASPERA-3 data more ...

Citiation Information

Lundin, R., S. Barabash, D. Winningham, R. Frahm, MARS EXPRESS ASPERA-3 CAL RDR ELECTRON SPECTROMTR EXT2 V1.0, MEX-M-ASPERA3-3-RDR-ELS-EXT2-V1.0, ESA Planetary Science Archive (PSA), NASA Planetary Data System (PDS), 2005

Top/ DATA/ 2009/ 032_059FEB /

ELSSCIH20090320449DNFS01

Start Time:	2009-032T04:49:51.285	Stop Time:	2009-032T05:34:41.831
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090320601DNFS01

Start Time:	2009-032T06:01:11.432	Stop Time:	2009-032T10:13:24.662
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090321143DNFS01

Start Time:	2009-032T11:43:17.471	Stop Time:	2009-032T12:21:46.390
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090321503DNFS01

Start Time:	2009-032T15:03:42.408	Stop Time:	2009-032T17:06:51.255
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090321836DNFS01

Start Time:	2009-032T18:36:44.064	Stop Time:	2009-032T20:01:02.090
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090322005DNFS01

Start Time:	2009-032T20:05:13.372	Stop Time:	2009-033T00:00:22.097
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090331518DNFS01

Start Time:	2009-033T15:18:08.317	Stop Time:	2009-033T21:12:46.698
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090341159DNFS01

Start Time:	2009-034T11:59:08.248	Stop Time:	2009-034T17:22:41.404
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090341852DNFS01

Start Time:	2009-034T18:52:34.272	Stop Time:	2009-035T00:35:57.780
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090351533DNFS01

Start Time:	2009-035T15:33:44.248	Stop Time:	2009-035T16:57:40.273
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090351701DNFS01

Start Time:	2009-035T17:01:52.774	Stop Time:	2009-035T20:57:01.532
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090361214DNFS01

Start Time:	2009-036T12:14:46.416	Stop Time:	2009-036T17:38:20.232
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090361908DNFS01

Start Time:	2009-036T19:08:13.070	Stop Time:	2009-037T00:31:47.066
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090370201DNFS01

Start Time:	2009-037T02:01:39.904	Stop Time:	2009-037T03:25:53.587
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090370330DNFS01

Start Time:	2009-037T03:30:05.495	Stop Time:	2009-037T07:25:14.120
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090372242DNFS01

Start Time:	2009-037T22:42:34.375	Stop Time:	2009-038T04:06:39.565
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090380536DNFS01

Start Time:	2009-038T05:36:32.403	Stop Time:	2009-038T11:00:05.408
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090381229DNFS01

Start Time:	2009-038T12:29:58.185	Stop Time:	2009-038T17:54:11.017
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090381758DNFS01

Start Time:	2009-038T17:58:22.518	Stop Time:	2009-038T18:13:48.836
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090390911DNFS01

Start Time:	2009-039T09:11:22.403	Stop Time:	2009-039T14:34:55.928
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090391604DNFS01

Start Time:	2009-039T16:04:48.736	Stop Time:	2009-039T17:28:53.167
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090391733DNFS01

Start Time:	2009-039T17:33:04.949	Stop Time:	2009-039T21:28:13.927
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090400147DNFS01

Start Time:	2009-040T01:47:09.068	Stop Time:	2009-040T04:12:15.766
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090400612DNFS01

Start Time:	2009-040T06:12:04.116	Stop Time:	2009-040T11:05:37.236
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090401305DNFS01

Start Time:	2009-040T13:05:57.583	Stop Time:	2009-040T16:24:54.729
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090401629DNFS01

Start Time:	2009-040T16:29:07.043	Stop Time:	2009-040T17:59:34.532
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090402228DNFS01

Start Time:	2009-040T22:28:09.062	Stop Time:	2009-041T00:53:15.980
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090410253DNFS01

Start Time:	2009-041T02:53:36.392	Stop Time:	2009-041T07:46:37.125
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090410947DNFS01

Start Time:	2009-041T09:47:29.568	Stop Time:	2009-041T14:40:30.185
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090411640DNFS01

Start Time:	2009-041T16:40:50.594	Stop Time:	2009-041T19:59:30.216
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090412003DNFS01

Start Time:	2009-041T20:03:42.560	Stop Time:	2009-041T21:34:10.681
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090420202DNFS01

Start Time:	2009-042T02:02:46.058	Stop Time:	2009-042T04:27:53.007
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090420629DNFS01

Start Time:	2009-042T06:29:17.479	Stop Time:	2009-042T11:21:13.841
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090421322DNFS01

Start Time:	2009-042T13:22:38.346	Stop Time:	2009-042T18:15:06.775
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090422016DNFS01

Start Time:	2009-042T20:16:31.247	Stop Time:	2009-043T01:08:27.354
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090430310DNFS01

Start Time:	2009-043T03:10:23.981	Stop Time:	2009-043T03:44:03.523
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090430719DNFS01

Start Time:	2009-043T07:19:03.024	Stop Time:	2009-043T08:02:21.037
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090431231DNFS01

Start Time:	2009-043T12:31:02.977	Stop Time:	2009-043T14:56:09.990
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090431658DNFS01

Start Time:	2009-043T16:58:38.621	Stop Time:	2009-043T21:49:30.519
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090432351DNFS01

Start Time:	2009-043T23:51:59.182	Stop Time:	2009-044T04:43:23.203
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090440645DNFS01

Start Time:	2009-044T06:45:51.866	Stop Time:	2009-044T08:57:11.653
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090440910DNFS01

Start Time:	2009-044T09:10:17.344	Stop Time:	2009-044T10:02:25.233
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090441006DNFS01

Start Time:	2009-044T10:06:37.452	Stop Time:	2009-044T11:37:05.134
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090441605DNFS01

Start Time:	2009-044T16:05:45.056	Stop Time:	2009-044T17:52:33.025
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090441826DNFS01

Start Time:	2009-044T18:26:09.035	Stop Time:	2009-044T18:30:52.130
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090442033DNFS01

Start Time:	2009-044T20:33:52.824	Stop Time:	2009-045T01:24:13.473
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090450327DNFS01

Start Time:	2009-045T03:27:46.227	Stop Time:	2009-045T05:31:22.698
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090450609DNFS01

Start Time:	2009-045T06:09:03.396	Stop Time:	2009-045T06:43:29.686
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090450647DNFS01

Start Time:	2009-045T06:47:42.032	Stop Time:	2009-045T08:18:09.869
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090451246DNFS01

Start Time:	2009-045T12:46:41.063	Stop Time:	2009-045T14:38:35.187
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090451817DNFS01

Start Time:	2009-045T18:17:30.997	Stop Time:	2009-045T22:05:09.281
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090460009DNFS01

Start Time:	2009-046T00:09:14.131	Stop Time:	2009-046T00:55:56.896
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090460117DNFS01

Start Time:	2009-046T01:17:49.402	Stop Time:	2009-046T03:56:52.293
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090470102DNFS01

Start Time:	2009-047T01:02:26.206	Stop Time:	2009-047T01:39:50.561
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090470344DNFS01

Start Time:	2009-047T03:44:27.438	Stop Time:	2009-047T08:33:43.553
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090471302DNFS01

Start Time:	2009-047T13:02:21.036	Stop Time:	2009-047T15:38:43.429
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090471732DNFS01

Start Time:	2009-047T17:32:39.059	Stop Time:	2009-047T22:20:50.551
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090480026DNFS01

Start Time:	2009-048T00:26:31.555	Stop Time:	2009-048T05:14:43.329
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090480719DNFS01

Start Time:	2009-048T07:19:52.274	Stop Time:	2009-048T10:33:46.491
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090481037DNFS01

Start Time:	2009-048T10:37:58.555	Stop Time:	2009-048T12:08:26.143
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090481637DNFS01

Start Time:	2009-048T16:37:02.924	Stop Time:	2009-048T19:02:09.905
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090482108DNFS01

Start Time:	2009-048T21:08:22.973	Stop Time:	2009-049T01:55:30.433
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090490401DNFS01

Start Time:	2009-049T04:01:43.534	Stop Time:	2009-049T08:49:22.932
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090491055DNFS01

Start Time:	2009-049T10:55:36.000	Stop Time:	2009-049T15:42:44.430
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090491748DNFS01

Start Time:	2009-049T17:48:57.495	Stop Time:	2009-049T21:02:07.833
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090492106DNFS01

Start Time:	2009-049T21:06:19.928	Stop Time:	2009-049T22:36:47.361
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090502346DNFS01

Start Time:	2009-050T23:46:17.928	Stop Time:	2009-051T02:11:25.191
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090510419DNFS01

Start Time:	2009-051T04:19:14.510	Stop Time:	2009-051T09:04:45.682
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090511112DNFS01

Start Time:	2009-051T11:12:34.969	Stop Time:	2009-051T15:58:37.240
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090511806DNFS01

Start Time:	2009-051T18:06:26.497	Stop Time:	2009-051T22:52:29.513
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090520100DNFS01

Start Time:	2009-052T01:00:18.801	Stop Time:	2009-052T04:11:25.230
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090520415DNFS01

Start Time:	2009-052T04:15:36.950	Stop Time:	2009-052T05:46:04.599
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090521014DNFS01

Start Time:	2009-052T10:14:41.052	Stop Time:	2009-052T12:39:48.029
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090521448DNFS01

Start Time:	2009-052T14:48:41.407	Stop Time:	2009-052T15:34:07.387
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090522230DNFS01

Start Time:	2009-052T22:30:13.846	Stop Time:	2009-053T00:52:23.700
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090530056DNFS01

Start Time:	2009-053T00:56:36.012	Stop Time:	2009-053T02:27:03.723
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090531851DNFS01

Start Time:	2009-053T18:51:11.010	Stop Time:	2009-053T21:33:29.089
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090532137DNFS01

Start Time:	2009-053T21:37:40.934	Stop Time:	2009-053T23:08:08.650
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090540811DNFS01

Start Time:	2009-054T08:11:52.321	Stop Time:	2009-054T12:55:14.280
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090541505DNFS01

Start Time:	2009-054T15:05:11.756	Stop Time:	2009-054T19:49:06.467
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090550017DNFS01

Start Time:	2009-055T00:17:41.042	Stop Time:	2009-055T02:42:48.333
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090550453DNFS01

Start Time:	2009-055T04:53:17.905	Stop Time:	2009-055T09:47:55.899
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090551405DNFS01

Start Time:	2009-055T14:05:01.068	Stop Time:	2009-055T16:30:07.926
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090570510DNFS01

Start Time:	2009-057T05:10:11.498	Stop Time:	2009-057T09:51:57.268
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090571204DNFS01

Start Time:	2009-057T12:04:03.026	Stop Time:	2009-057T16:45:49.515
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIH20090572114DNFS01

Start Time:	2009-057T21:14:21.043	Stop Time:	2009-057T23:39:28.401
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIH: Electron Spectrometer (ELS) science data (SCI) from the high range (H) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090320449DNFS01

Start Time:	2009-032T04:49:53.160	Stop Time:	2009-032T05:34:43.925
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090320601DNFS01

Start Time:	2009-032T06:01:13.307	Stop Time:	2009-032T10:13:26.756
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090321143DNFS01

Start Time:	2009-032T11:43:19.346	Stop Time:	2009-032T12:21:48.484
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090321503DNFS01

Start Time:	2009-032T15:03:44.283	Stop Time:	2009-032T17:06:53.349
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090321836DNFS01

Start Time:	2009-032T18:36:45.939	Stop Time:	2009-032T20:01:04.184
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090322004DNFS01

Start Time:	2009-032T20:04:42.997	Stop Time:	2009-033T00:00:24.191
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090331518DNFS01

Start Time:	2009-033T15:18:10.192	Stop Time:	2009-033T21:12:48.791
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090341159DNFS01

Start Time:	2009-034T11:59:10.123	Stop Time:	2009-034T17:22:43.498
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090341852DNFS01

Start Time:	2009-034T18:52:36.147	Stop Time:	2009-035T00:35:59.874
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090351533DNFS01

Start Time:	2009-035T15:33:46.123	Stop Time:	2009-035T16:57:42.367
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090351701DNFS01

Start Time:	2009-035T17:01:22.430	Stop Time:	2009-035T20:57:03.626
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090361214DNFS01

Start Time:	2009-036T12:14:48.291	Stop Time:	2009-036T17:38:22.325
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090361908DNFS01

Start Time:	2009-036T19:08:14.945	Stop Time:	2009-037T00:31:49.160
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090370201DNFS01

Start Time:	2009-037T02:01:41.779	Stop Time:	2009-037T03:25:55.681
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090370329DNFS01

Start Time:	2009-037T03:29:35.119	Stop Time:	2009-037T07:25:16.214
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090372242DNFS01

Start Time:	2009-037T22:42:36.250	Stop Time:	2009-038T04:06:41.659
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090380536DNFS01

Start Time:	2009-038T05:36:34.278	Stop Time:	2009-038T11:00:07.502
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090381230DNFS01

Start Time:	2009-038T12:30:00.060	Stop Time:	2009-038T17:54:13.111
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090381757DNFS01

Start Time:	2009-038T17:57:52.143	Stop Time:	2009-038T18:13:50.930
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090390911DNFS01

Start Time:	2009-039T09:11:24.278	Stop Time:	2009-039T14:34:58.021
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090391604DNFS01

Start Time:	2009-039T16:04:50.611	Stop Time:	2009-039T17:28:55.260
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090391732DNFS01

Start Time:	2009-039T17:32:34.574	Stop Time:	2009-039T21:28:16.020
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090400147DNFS01

Start Time:	2009-040T01:47:10.943	Stop Time:	2009-040T04:12:17.859
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090400612DNFS01

Start Time:	2009-040T06:12:05.991	Stop Time:	2009-040T11:05:39.330
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090401305DNFS01

Start Time:	2009-040T13:05:59.458	Stop Time:	2009-040T16:24:56.823
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090401628DNFS01

Start Time:	2009-040T16:28:36.667	Stop Time:	2009-040T17:59:36.626
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090402228DNFS01

Start Time:	2009-040T22:28:10.937	Stop Time:	2009-041T00:53:18.073
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090410253DNFS01

Start Time:	2009-041T02:53:38.267	Stop Time:	2009-041T07:46:39.219
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090410947DNFS01

Start Time:	2009-041T09:47:31.443	Stop Time:	2009-041T14:40:32.279
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090411640DNFS01

Start Time:	2009-041T16:40:52.469	Stop Time:	2009-041T19:59:32.310
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090412003DNFS01

Start Time:	2009-041T20:03:12.185	Stop Time:	2009-041T21:34:12.775
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090420202DNFS01

Start Time:	2009-042T02:02:47.933	Stop Time:	2009-042T04:27:55.100
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090420629DNFS01

Start Time:	2009-042T06:29:19.354	Stop Time:	2009-042T11:21:15.935
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090421322DNFS01

Start Time:	2009-042T13:22:40.221	Stop Time:	2009-042T18:15:08.869
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090422016DNFS01

Start Time:	2009-042T20:16:33.122	Stop Time:	2009-043T01:08:29.448
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090430310DNFS01

Start Time:	2009-043T03:10:25.856	Stop Time:	2009-043T03:44:05.616
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090430719DNFS01

Start Time:	2009-043T07:19:04.899	Stop Time:	2009-043T08:02:23.130
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090431231DNFS01

Start Time:	2009-043T12:31:04.852	Stop Time:	2009-043T14:56:12.084
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090431658DNFS01

Start Time:	2009-043T16:58:40.496	Stop Time:	2009-043T21:49:32.613
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090432352DNFS01

Start Time:	2009-043T23:52:01.057	Stop Time:	2009-044T04:43:25.297
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090440645DNFS01

Start Time:	2009-044T06:45:53.741	Stop Time:	2009-044T08:57:13.746
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090440910DNFS01

Start Time:	2009-044T09:10:19.219	Stop Time:	2009-044T10:02:27.326
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090441006DNFS01

Start Time:	2009-044T10:06:07.077	Stop Time:	2009-044T11:37:07.227
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090441605DNFS01

Start Time:	2009-044T16:05:46.931	Stop Time:	2009-044T17:52:35.119
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090441826DNFS01

Start Time:	2009-044T18:26:10.910	Stop Time:	2009-044T18:30:54.224
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090442033DNFS01

Start Time:	2009-044T20:33:54.699	Stop Time:	2009-045T01:24:15.567
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090450327DNFS01

Start Time:	2009-045T03:27:48.102	Stop Time:	2009-045T05:31:24.792
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090450609DNFS01

Start Time:	2009-045T06:09:05.271	Stop Time:	2009-045T06:43:31.780
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090450647DNFS01

Start Time:	2009-045T06:47:11.656	Stop Time:	2009-045T08:18:11.963
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090451246DNFS01

Start Time:	2009-045T12:46:42.938	Stop Time:	2009-045T14:38:37.280
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090451817DNFS01

Start Time:	2009-045T18:17:32.872	Stop Time:	2009-045T22:05:11.375
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090460009DNFS01

Start Time:	2009-046T00:09:16.006	Stop Time:	2009-046T00:55:58.990
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090460117DNFS01

Start Time:	2009-046T01:17:51.277	Stop Time:	2009-046T03:56:54.387
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090470102DNFS01

Start Time:	2009-047T01:02:28.081	Stop Time:	2009-047T01:39:52.655
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090470344DNFS01

Start Time:	2009-047T03:44:29.313	Stop Time:	2009-047T08:33:45.647
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090471302DNFS01

Start Time:	2009-047T13:02:22.911	Stop Time:	2009-047T15:38:45.523
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090471732DNFS01

Start Time:	2009-047T17:32:40.934	Stop Time:	2009-047T22:20:52.645
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090480026DNFS01

Start Time:	2009-048T00:26:33.430	Stop Time:	2009-048T05:14:45.422
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090480719DNFS01

Start Time:	2009-048T07:19:54.149	Stop Time:	2009-048T10:33:48.584
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090481037DNFS01

Start Time:	2009-048T10:37:28.179	Stop Time:	2009-048T12:08:28.236
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090481637DNFS01

Start Time:	2009-048T16:37:04.799	Stop Time:	2009-048T19:02:11.998
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090482108DNFS01

Start Time:	2009-048T21:08:24.848	Stop Time:	2009-049T01:55:32.527
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090490401DNFS01

Start Time:	2009-049T04:01:45.409	Stop Time:	2009-049T08:49:25.026
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090491055DNFS01

Start Time:	2009-049T10:55:37.875	Stop Time:	2009-049T15:42:46.524
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090491748DNFS01

Start Time:	2009-049T17:48:59.370	Stop Time:	2009-049T21:02:09.927
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090492105DNFS01

Start Time:	2009-049T21:05:49.584	Stop Time:	2009-049T22:36:49.455
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090502346DNFS01

Start Time:	2009-050T23:46:19.803	Stop Time:	2009-051T02:11:27.285
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090510419DNFS01

Start Time:	2009-051T04:19:16.385	Stop Time:	2009-051T09:04:47.775
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090511112DNFS01

Start Time:	2009-051T11:12:36.844	Stop Time:	2009-051T15:58:39.333
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090511806DNFS01

Start Time:	2009-051T18:06:28.372	Stop Time:	2009-051T22:52:31.606
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090520100DNFS01

Start Time:	2009-052T01:00:20.676	Stop Time:	2009-052T04:11:27.323
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090520415DNFS01

Start Time:	2009-052T04:15:06.575	Stop Time:	2009-052T05:46:06.693
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090521014DNFS01

Start Time:	2009-052T10:14:42.927	Stop Time:	2009-052T12:39:50.123
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090521448DNFS01

Start Time:	2009-052T14:48:43.282	Stop Time:	2009-052T15:34:09.481
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090522230DNFS01

Start Time:	2009-052T22:30:15.721	Stop Time:	2009-053T00:52:25.794
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090530056DNFS01

Start Time:	2009-053T00:56:05.637	Stop Time:	2009-053T02:27:05.817
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090531851DNFS01

Start Time:	2009-053T18:51:12.885	Stop Time:	2009-053T21:33:31.183
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090532137DNFS01

Start Time:	2009-053T21:37:10.559	Stop Time:	2009-053T23:08:10.744
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090540811DNFS01

Start Time:	2009-054T08:11:54.196	Stop Time:	2009-054T12:55:16.374
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090541505DNFS01

Start Time:	2009-054T15:05:13.631	Stop Time:	2009-054T19:49:08.560
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090550017DNFS01

Start Time:	2009-055T00:17:42.917	Stop Time:	2009-055T02:42:50.426
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090550453DNFS01

Start Time:	2009-055T04:53:19.780	Stop Time:	2009-055T09:47:57.992
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090551405DNFS01

Start Time:	2009-055T14:05:02.943	Stop Time:	2009-055T16:30:10.019
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090570510DNFS01

Start Time:	2009-057T05:10:13.373	Stop Time:	2009-057T09:51:59.362
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090571204DNFS01

Start Time:	2009-057T12:04:04.901	Stop Time:	2009-057T16:45:51.609
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ELSSCIL20090572114DNFS01

Start Time:	2009-057T21:14:22.918	Stop Time:	2009-057T23:39:30.495
This file contains calibrated data (in differential number flux [DNF] units) from ELSSCIL: Electron Spectrometer (ELS) science data (SCI) from the low range (L) of the ELS power supply with up to 128 steps returned in telemetry. These step values are in the SCAN rows of the data files in the form of deflection potential (volts). To convert each step per sector to center electron energies (eV), use the K_FACTORS in the calibration tables (K-factor * defl. volt = eV). Each SCAN row directly corresponds to the previous 16 SENSOR rows where the SENSOR value (Diff. Num Flux) in a given column is the data sampled at the SCAN value (deflection voltage) in that same column. The SENSOR rows have one more column than the SCAN rows. The additional column is the data quality indicator (last column) for that sensor data. The data values are formatted for a high level of accuracy and DO NOT reflect the accuracy of the intrumentation. The ELS Instrument is mounted on a scanning platform that was activated for the first time in January 2006. The scanner may have moved from its parked position or be in motion for some of this data. Please refer to the Data Set Catalog, ASPERA3_RDR_ELS_DS.CAT, for detailed information about the data organization, science meaning, data quality determination, data modes, etc.

ICON LEGEND
For links to data holdings various icons are used to represent services or actions you can take. Those icons are:
	Order the volume (CD-ROM/DVD) containing the listed data. The volume will be mailed to you.	The volume (CD-ROM/DVD) contains some errors which are documented in an errata log.
	Launch a custom web browser for the resource.	Launch a map based browser for the resource.
	Toggle viewing into brief mode (shorter descriptions are displayed).	Toggle viewing into expanded mode (longer descriptions are displayed).
	Download the volume containing the listed data.

NEW RELEASES

More.....

PDS RESOURCES

Archive Planning Guide
      Individuals
      Missions
Data Dictionary Search
      Lookup Tool
      Document
PDS4 Standards Documents
PDS Subscription Service

PDS3 Standards

OTHER RESOURCES

ADS Search
Science Data Licenses

	Search For:

	in