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

VOLUME 2: MARS EXPRESS ASPERA3 RDR ELS DATA

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/ 2008/ 183_213JUL /

ELSSCIH20081830205DNFS01

Start Time:	2008-183T02:05:12.559	Stop Time:	2008-183T05:22:18.525
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.

ELSSCIH20081830901DNFS01

Start Time:	2008-183T09:01:14.155	Stop Time:	2008-183T12:12:58.928
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.

ELSSCIH20081831552DNFS01

Start Time:	2008-183T15:52:06.173	Stop Time:	2008-183T19:03:50.540
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.

ELSSCIH20081832243DNFS01

Start Time:	2008-183T22:43:03.149	Stop Time:	2008-184T01:54:47.233
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.

ELSSCIH20081840622DNFS01

Start Time:	2008-184T06:22:50.105	Stop Time:	2008-184T08:47:57.144
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.

ELSSCIH20081841219DNFS01

Start Time:	2008-184T12:19:40.302	Stop Time:	2008-184T15:38:23.395
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.

ELSSCIH20081841910DNFS01

Start Time:	2008-184T19:10:38.554	Stop Time:	2008-184T22:29:21.018
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.

ELSSCIH20081841953DNFS01

Start Time:	2008-184T19:53:06.473	Stop Time:	2008-184T22:29:21.023
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.

ELSSCIH20081850254DNFS01

Start Time:	2008-185T02:54:56.041	Stop Time:	2008-185T05:20:03.087
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.

ELSSCIH20081850852DNFS01

Start Time:	2008-185T08:52:18.275	Stop Time:	2008-185T12:10:28.392
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.

ELSSCIH20081851543DNFS01

Start Time:	2008-185T15:43:15.611	Stop Time:	2008-185T19:01:25.292
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.

ELSSCIH20081852326DNFS01

Start Time:	2008-185T23:26:58.154	Stop Time:	2008-186T01:52:05.386
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.

ELSSCIH20081860524DNFS01

Start Time:	2008-186T05:24:52.668	Stop Time:	2008-186T08:42:30.195
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.

ELSSCIH20081861215DNFS01

Start Time:	2008-186T12:15:49.507	Stop Time:	2008-186T15:33:27.659
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.

ELSSCIH20081861906DNFS01

Start Time:	2008-186T19:06:46.938	Stop Time:	2008-186T22:23:52.620
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.

ELSSCIH20081870249DNFS01

Start Time:	2008-187T02:49:47.038	Stop Time:	2008-187T05:14:54.332
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.

ELSSCIH20081870848DNFS01

Start Time:	2008-187T08:48:45.707	Stop Time:	2008-187T12:02:39.513
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.

ELSSCIH20081871544DNFS01

Start Time:	2008-187T15:44:40.021	Stop Time:	2008-187T18:53:11.295
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.

ELSSCIH20081872235DNFS01

Start Time:	2008-187T22:35:31.985	Stop Time:	2008-188T01:44:03.197
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.

ELSSCIH20081880526DNFS01

Start Time:	2008-188T05:26:24.037	Stop Time:	2008-188T07:39:11.798
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.

ELSSCIH20081881421DNFS01

Start Time:	2008-188T14:21:25.494	Stop Time:	2008-188T15:28:18.421
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.

ELSSCIH20081881908DNFS01

Start Time:	2008-188T19:08:14.137	Stop Time:	2008-188T22:16:12.694
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.

ELSSCIH20081890154DNFS01

Start Time:	2008-189T01:54:28.322	Stop Time:	2008-189T02:05:37.169
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.

ELSSCIH20081890400DNFS01

Start Time:	2008-189T04:00:24.050	Stop Time:	2008-189T05:09:25.195
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.

ELSSCIH20081890844DNFS01

Start Time:	2008-189T08:44:52.823	Stop Time:	2008-189T12:00:21.944
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.

ELSSCIH20081891625DNFS01

Start Time:	2008-189T16:25:56.023	Stop Time:	2008-189T18:51:02.785
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.

ELSSCIH20081892227DNFS01

Start Time:	2008-189T22:27:02.381	Stop Time:	2008-190T01:41:27.629
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.

ELSSCIH20081900517DNFS01

Start Time:	2008-190T05:17:59.286	Stop Time:	2008-190T08:32:24.218
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.

ELSSCIH20081901213DNFS01

Start Time:	2008-190T12:13:42.214	Stop Time:	2008-190T12:50:34.568
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.

ELSSCIH20081901327DNFS01

Start Time:	2008-190T13:27:27.172	Stop Time:	2008-190T15:20:05.142
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.

ELSSCIH20081901948DNFS01

Start Time:	2008-190T19:48:38.155	Stop Time:	2008-190T22:13:45.198
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.

ELSSCIH20081910150DNFS01

Start Time:	2008-191T01:50:17.007	Stop Time:	2008-191T02:06:35.823
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.

ELSSCIH20081910327DNFS01

Start Time:	2008-191T03:27:16.875	Stop Time:	2008-191T05:04:09.621
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.

ELSSCIH20081910841DNFS01

Start Time:	2008-191T08:41:13.342	Stop Time:	2008-191T09:43:48.953
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.

ELSSCIH20081910954DNFS01

Start Time:	2008-191T09:54:38.206	Stop Time:	2008-191T11:55:05.431
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.

ELSSCIH20081912311DNFS01

Start Time:	2008-191T23:11:24.451	Stop Time:	2008-192T01:36:31.469
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.

ELSSCIH20081920514DNFS01

Start Time:	2008-192T05:14:07.342	Stop Time:	2008-192T08:26:55.774
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.

ELSSCIH20081921205DNFS01

Start Time:	2008-192T12:05:03.618	Stop Time:	2008-192T12:18:53.090
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.

ELSSCIH20081921306DNFS01

Start Time:	2008-192T13:06:08.730	Stop Time:	2008-192T15:17:51.926
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.

ELSSCIH20081921855DNFS01

Start Time:	2008-192T18:55:59.804	Stop Time:	2008-192T19:25:53.751
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.

ELSSCIH20081922032DNFS01

Start Time:	2008-192T20:32:26.616	Stop Time:	2008-192T22:08:15.487
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.

ELSSCIH20081930146DNFS01

Start Time:	2008-193T01:46:55.397	Stop Time:	2008-193T04:30:59.694
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.

ELSSCIH20081930930DNFS01

Start Time:	2008-193T09:30:07.680	Stop Time:	2008-193T11:49:53.190
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.

ELSSCIH20081931528DNFS01

Start Time:	2008-193T15:28:33.225	Stop Time:	2008-193T15:40:54.604
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.

ELSSCIH20081931548DNFS01

Start Time:	2008-193T15:48:22.825	Stop Time:	2008-193T18:19:55.871
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.

ELSSCIH20081940520DNFS01

Start Time:	2008-194T05:20:41.512	Stop Time:	2008-194T08:19:02.065
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.

ELSSCIH20081941247DNFS01

Start Time:	2008-194T12:47:31.990	Stop Time:	2008-194T15:12:39.245
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.

ELSSCIH20081941857DNFS01

Start Time:	2008-194T18:57:04.026	Stop Time:	2008-194T22:00:46.583
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.

ELSSCIH20081950143DNFS01

Start Time:	2008-195T01:43:05.867	Stop Time:	2008-195T04:45:43.236
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.

ELSSCIH20081951116DNFS01

Start Time:	2008-195T11:16:25.324	Stop Time:	2008-195T11:44:43.489
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.

ELSSCIH20081951524DNFS01

Start Time:	2008-195T15:24:59.579	Stop Time:	2008-195T18:35:07.386
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.

ELSSCIH20081952220DNFS01

Start Time:	2008-195T22:20:38.199	Stop Time:	2008-196T01:23:15.814
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.

ELSSCIH20081960506DNFS01

Start Time:	2008-196T05:06:21.914	Stop Time:	2008-196T08:16:29.442
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.

ELSSCIH20081961242DNFS01

Start Time:	2008-196T12:42:18.139	Stop Time:	2008-196T15:07:25.619
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.

ELSSCIH20081970914DNFS01

Start Time:	2008-197T09:14:28.466	Stop Time:	2008-197T11:39:36.635
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.

ELSSCIH20081971520DNFS01

Start Time:	2008-197T15:20:56.888	Stop Time:	2008-197T18:30:00.696
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.

ELSSCIH20081972216DNFS01

Start Time:	2008-197T22:16:57.052	Stop Time:	2008-197T23:31:20.167
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.

ELSSCIH20081972351DNFS01

Start Time:	2008-197T23:51:15.924	Stop Time:	2008-198T01:17:58.262
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.

ELSSCIH20081980502DNFS01

Start Time:	2008-198T05:02:46.125	Stop Time:	2008-198T06:20:53.681
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.

ELSSCIH20081980624DNFS01

Start Time:	2008-198T06:24:45.026	Stop Time:	2008-198T08:11:17.087
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.

ELSSCIH20081981237DNFS01

Start Time:	2008-198T12:37:04.002	Stop Time:	2008-198T13:34:25.988
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.

ELSSCIH20081981357DNFS01

Start Time:	2008-198T13:57:26.932	Stop Time:	2008-198T15:02:10.826
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.

ELSSCIH20081981844DNFS01

Start Time:	2008-198T18:44:35.173	Stop Time:	2008-198T20:14:42.698
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.

ELSSCIH20081982029DNFS01

Start Time:	2008-198T20:29:04.826	Stop Time:	2008-198T21:53:06.259
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.

ELSSCIH20081990135DNFS01

Start Time:	2008-199T01:35:30.665	Stop Time:	2008-199T02:36:29.743
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.

ELSSCIH20081990243DNFS01

Start Time:	2008-199T02:43:01.839	Stop Time:	2008-199T04:43:29.500
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.

ELSSCIH20081991000DNFS01

Start Time:	2008-199T10:00:44.615	Stop Time:	2008-199T11:34:24.799
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.

ELSSCIH20081991517DNFS01

Start Time:	2008-199T15:17:21.263	Stop Time:	2008-199T16:13:54.623
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.

ELSSCIH20081991843DNFS01

Start Time:	2008-199T18:43:07.163	Stop Time:	2008-199T18:54:48.135
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.

ELSSCIH20081992250DNFS01

Start Time:	2008-199T22:50:34.158	Stop Time:	2008-200T01:15:41.515
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.

ELSSCIH20082000459DNFS01

Start Time:	2008-200T04:59:09.989	Stop Time:	2008-200T08:06:04.537
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.

ELSSCIH20082001150DNFS01

Start Time:	2008-200T11:50:05.066	Stop Time:	2008-200T14:56:59.996
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.

ELSSCIH20082001845DNFS01

Start Time:	2008-200T18:45:54.185	Stop Time:	2008-200T21:44:46.645
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.

ELSSCIH20082010136DNFS01

Start Time:	2008-201T01:36:44.000	Stop Time:	2008-201T04:35:36.803
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.

ELSSCIH20082010903DNFS01

Start Time:	2008-201T09:03:58.129	Stop Time:	2008-201T11:29:05.673
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.

ELSSCIH20082011513DNFS01

Start Time:	2008-201T15:13:38.274	Stop Time:	2008-201T18:19:29.077
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.

ELSSCIH20082012209DNFS01

Start Time:	2008-201T22:09:27.188	Stop Time:	2008-202T01:07:47.553
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.

ELSSCIH20082020535DNFS01

Start Time:	2008-202T05:35:59.986	Stop Time:	2008-202T08:01:07.152
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.

ELSSCIH20082021146DNFS01

Start Time:	2008-202T11:46:11.876	Stop Time:	2008-202T14:51:29.744
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.

ELSSCIH20082021837DNFS01

Start Time:	2008-202T18:37:06.471	Stop Time:	2008-202T21:42:24.962
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.

ELSSCIH20082030128DNFS01

Start Time:	2008-203T01:28:01.744	Stop Time:	2008-203T04:32:47.830
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.

ELSSCIH20082030858DNFS01

Start Time:	2008-203T08:58:43.163	Stop Time:	2008-203T11:23:50.049
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.

ELSSCIH20082031509DNFS01

Start Time:	2008-203T15:09:58.900	Stop Time:	2008-203T18:14:13.615
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.

ELSSCIH20082032200DNFS01

Start Time:	2008-203T22:00:54.491	Stop Time:	2008-204T01:05:08.140
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.

ELSSCIH20082040451DNFS01

Start Time:	2008-204T04:51:16.987	Stop Time:	2008-204T07:55:31.135
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.

ELSSCIH20082041221DNFS01

Start Time:	2008-204T12:21:31.021	Stop Time:	2008-204T14:46:38.095
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.

ELSSCIH20082041833DNFS01

Start Time:	2008-204T18:33:19.000	Stop Time:	2008-204T21:37:01.367
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.

ELSSCIH20082050124DNFS01

Start Time:	2008-205T01:24:14.276	Stop Time:	2008-205T05:02:45.843
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.

ELSSCIH20082050853DNFS01

Start Time:	2008-205T08:53:28.040	Stop Time:	2008-205T11:18:34.894
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.

ELSSCIH20082051505DNFS01

Start Time:	2008-205T15:05:47.870	Stop Time:	2008-205T18:08:57.952
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.

ELSSCIH20082052156DNFS01

Start Time:	2008-205T21:56:42.959	Stop Time:	2008-206T00:59:52.794
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.

ELSSCIH20082060447DNFS01

Start Time:	2008-206T04:47:37.771	Stop Time:	2008-206T07:50:15.825
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.

ELSSCIH20082061216DNFS01

Start Time:	2008-206T12:16:14.139	Stop Time:	2008-206T14:41:21.121
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.

ELSSCIH20082061829DNFS01

Start Time:	2008-206T18:29:38.191	Stop Time:	2008-206T21:31:44.180
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.

ELSSCIH20082070120DNFS01

Start Time:	2008-207T01:20:33.341	Stop Time:	2008-207T04:22:38.832
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.

ELSSCIH20082070811DNFS01

Start Time:	2008-207T08:11:28.089	Stop Time:	2008-207T11:13:01.140
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.

ELSSCIH20082071502DNFS01

Start Time:	2008-207T15:02:22.305	Stop Time:	2008-207T18:03:55.140
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.

ELSSCIH20082072229DNFS01

Start Time:	2008-207T22:29:40.020	Stop Time:	2008-208T00:54:46.875
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.

ELSSCIH20082080444DNFS01

Start Time:	2008-208T04:44:08.127	Stop Time:	2008-208T07:45:09.087
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.

ELSSCIH20082081135DNFS01

Start Time:	2008-208T11:35:02.310	Stop Time:	2008-208T14:36:03.290
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.

ELSSCIH20082081901DNFS01

Start Time:	2008-208T19:01:34.230	Stop Time:	2008-208T19:33:37.269
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.

ELSSCIH20082090225DNFS01

Start Time:	2008-209T02:25:10.393	Stop Time:	2008-209T04:17:04.080
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.

ELSSCIH20082090807DNFS01

Start Time:	2008-209T08:07:29.392	Stop Time:	2008-209T11:07:58.935
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.

ELSSCIH20082091458DNFS01

Start Time:	2008-209T14:58:24.213	Stop Time:	2008-209T17:58:53.083
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.

ELSSCIH20082092149DNFS01

Start Time:	2008-209T21:49:18.403	Stop Time:	2008-210T00:49:14.611
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.

ELSSCIH20082100515DNFS01

Start Time:	2008-210T05:15:03.156	Stop Time:	2008-210T07:40:09.856
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.

ELSSCIH20082101140DNFS01

Start Time:	2008-210T11:40:44.366	Stop Time:	2008-210T14:31:02.669
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.

ELSSCIH20082101831DNFS01

Start Time:	2008-210T18:31:37.148	Stop Time:	2008-210T20:08:06.895
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.

ELSSCIH20082110357DNFS01

Start Time:	2008-211T03:57:30.910	Stop Time:	2008-211T04:12:24.790
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.

ELSSCIH20082110837DNFS01

Start Time:	2008-211T08:37:46.155	Stop Time:	2008-211T11:03:25.044
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.

ELSSCIH20082111503DNFS01

Start Time:	2008-211T15:03:59.520	Stop Time:	2008-211T17:53:45.134
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.

ELSSCIH20082112154DNFS01

Start Time:	2008-211T21:54:51.705	Stop Time:	2008-212T00:44:37.318
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.

ELSSCIH20082120445DNFS01

Start Time:	2008-212T04:45:43.918	Stop Time:	2008-212T05:35:15.181
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.

ELSSCIH20082120539DNFS01

Start Time:	2008-212T05:39:26.900	Stop Time:	2008-212T07:35:38.089
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.

ELSSCIH20082121200DNFS01

Start Time:	2008-212T12:00:31.151	Stop Time:	2008-212T14:26:10.537
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.

ELSSCIH20082121827DNFS01

Start Time:	2008-212T18:27:17.077	Stop Time:	2008-212T21:17:02.659
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.

ELSSCIH20082130118DNFS01

Start Time:	2008-213T01:18:09.262	Stop Time:	2008-213T04:07:55.747
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.

ELSSCIH20082130808DNFS01

Start Time:	2008-213T08:08:30.256	Stop Time:	2008-213T08:57:57.792
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.

ELSSCIH20082130902DNFS01

Start Time:	2008-213T09:02:09.919	Stop Time:	2008-213T10:58:20.984
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.

ELSSCIH20082131523DNFS01

Start Time:	2008-213T15:23:11.151	Stop Time:	2008-213T17:49:22.569
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.

ELSSCIH20082132149DNFS01

Start Time:	2008-213T21:49:57.075	Stop Time:	2008-214T00:40:15.030
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.

ELSSCIL20081830205DNFS01

Start Time:	2008-183T02:05:14.434	Stop Time:	2008-183T05:22:20.619
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.

ELSSCIL20081830901DNFS01

Start Time:	2008-183T09:01:16.030	Stop Time:	2008-183T12:13:01.022
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.

ELSSCIL20081831552DNFS01

Start Time:	2008-183T15:52:08.048	Stop Time:	2008-183T19:03:52.634
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.

ELSSCIL20081832243DNFS01

Start Time:	2008-183T22:43:05.024	Stop Time:	2008-184T01:54:49.327
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.

ELSSCIL20081840622DNFS01

Start Time:	2008-184T06:22:51.980	Stop Time:	2008-184T08:47:59.238
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.

ELSSCIL20081841219DNFS01

Start Time:	2008-184T12:19:42.177	Stop Time:	2008-184T15:38:25.488
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.

ELSSCIL20081841910DNFS01

Start Time:	2008-184T19:10:40.429	Stop Time:	2008-184T22:29:23.112
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.

ELSSCIL20081841953DNFS01

Start Time:	2008-184T19:53:08.348	Stop Time:	2008-184T22:29:23.117
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.

ELSSCIL20081850254DNFS01

Start Time:	2008-185T02:54:57.916	Stop Time:	2008-185T05:20:05.181
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.

ELSSCIL20081850852DNFS01

Start Time:	2008-185T08:52:20.150	Stop Time:	2008-185T12:10:30.485
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.

ELSSCIL20081851543DNFS01

Start Time:	2008-185T15:43:17.486	Stop Time:	2008-185T19:01:27.386
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.

ELSSCIL20081852327DNFS01

Start Time:	2008-185T23:27:00.029	Stop Time:	2008-186T01:52:07.480
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.

ELSSCIL20081860524DNFS01

Start Time:	2008-186T05:24:54.543	Stop Time:	2008-186T08:42:32.288
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.

ELSSCIL20081861215DNFS01

Start Time:	2008-186T12:15:51.382	Stop Time:	2008-186T15:33:29.753
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.

ELSSCIL20081861906DNFS01

Start Time:	2008-186T19:06:48.813	Stop Time:	2008-186T22:23:54.714
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.

ELSSCIL20081870249DNFS01

Start Time:	2008-187T02:49:48.913	Stop Time:	2008-187T05:14:56.425
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.

ELSSCIL20081870848DNFS01

Start Time:	2008-187T08:48:47.582	Stop Time:	2008-187T12:02:41.607
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.

ELSSCIL20081871544DNFS01

Start Time:	2008-187T15:44:41.896	Stop Time:	2008-187T18:53:13.389
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.

ELSSCIL20081872235DNFS01

Start Time:	2008-187T22:35:33.860	Stop Time:	2008-188T01:44:05.290
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.

ELSSCIL20081880526DNFS01

Start Time:	2008-188T05:26:25.912	Stop Time:	2008-188T07:39:13.892
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.

ELSSCIL20081881421DNFS01

Start Time:	2008-188T14:21:27.369	Stop Time:	2008-188T15:28:20.515
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.

ELSSCIL20081881908DNFS01

Start Time:	2008-188T19:08:16.012	Stop Time:	2008-188T22:16:14.787
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.

ELSSCIL20081890154DNFS01

Start Time:	2008-189T01:54:30.197	Stop Time:	2008-189T02:05:39.263
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.

ELSSCIL20081890400DNFS01

Start Time:	2008-189T04:00:25.925	Stop Time:	2008-189T05:09:27.289
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.

ELSSCIL20081890844DNFS01

Start Time:	2008-189T08:44:54.698	Stop Time:	2008-189T12:00:24.038
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.

ELSSCIL20081891625DNFS01

Start Time:	2008-189T16:25:57.898	Stop Time:	2008-189T18:51:04.879
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.

ELSSCIL20081892227DNFS01

Start Time:	2008-189T22:27:04.256	Stop Time:	2008-190T01:41:29.723
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.

ELSSCIL20081900518DNFS01

Start Time:	2008-190T05:18:01.161	Stop Time:	2008-190T08:32:26.311
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.

ELSSCIL20081901213DNFS01

Start Time:	2008-190T12:13:44.089	Stop Time:	2008-190T12:50:36.661
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.

ELSSCIL20081901327DNFS01

Start Time:	2008-190T13:27:29.047	Stop Time:	2008-190T15:20:07.235
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.

ELSSCIL20081901948DNFS01

Start Time:	2008-190T19:48:40.030	Stop Time:	2008-190T22:13:47.291
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.

ELSSCIL20081910150DNFS01

Start Time:	2008-191T01:50:18.882	Stop Time:	2008-191T02:06:37.917
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.

ELSSCIL20081910327DNFS01

Start Time:	2008-191T03:27:18.750	Stop Time:	2008-191T05:04:11.715
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.

ELSSCIL20081910841DNFS01

Start Time:	2008-191T08:41:15.217	Stop Time:	2008-191T09:43:51.047
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.

ELSSCIL20081910954DNFS01

Start Time:	2008-191T09:54:40.081	Stop Time:	2008-191T11:55:07.525
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.

ELSSCIL20081912311DNFS01

Start Time:	2008-191T23:11:26.326	Stop Time:	2008-192T01:36:33.563
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.

ELSSCIL20081920514DNFS01

Start Time:	2008-192T05:14:09.217	Stop Time:	2008-192T08:26:57.868
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.

ELSSCIL20081921205DNFS01

Start Time:	2008-192T12:05:05.493	Stop Time:	2008-192T12:18:55.184
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.

ELSSCIL20081921306DNFS01

Start Time:	2008-192T13:06:10.605	Stop Time:	2008-192T15:17:54.020
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.

ELSSCIL20081921856DNFS01

Start Time:	2008-192T18:56:01.679	Stop Time:	2008-192T19:25:55.845
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.

ELSSCIL20081922032DNFS01

Start Time:	2008-192T20:32:28.491	Stop Time:	2008-192T22:08:17.581
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.

ELSSCIL20081930146DNFS01

Start Time:	2008-193T01:46:57.272	Stop Time:	2008-193T04:31:01.788
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.

ELSSCIL20081930930DNFS01

Start Time:	2008-193T09:30:09.555	Stop Time:	2008-193T11:49:55.284
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.

ELSSCIL20081931528DNFS01

Start Time:	2008-193T15:28:35.100	Stop Time:	2008-193T15:40:56.697
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.

ELSSCIL20081931548DNFS01

Start Time:	2008-193T15:48:24.700	Stop Time:	2008-193T18:19:57.964
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.

ELSSCIL20081940520DNFS01

Start Time:	2008-194T05:20:43.387	Stop Time:	2008-194T08:19:04.158
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.

ELSSCIL20081941247DNFS01

Start Time:	2008-194T12:47:33.865	Stop Time:	2008-194T15:12:41.339
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.

ELSSCIL20081941857DNFS01

Start Time:	2008-194T18:57:05.901	Stop Time:	2008-194T22:00:48.677
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.

ELSSCIL20081950143DNFS01

Start Time:	2008-195T01:43:07.742	Stop Time:	2008-195T04:45:45.330
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.

ELSSCIL20081951116DNFS01

Start Time:	2008-195T11:16:27.199	Stop Time:	2008-195T11:44:45.583
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.

ELSSCIL20081951525DNFS01

Start Time:	2008-195T15:25:01.454	Stop Time:	2008-195T18:35:09.480
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.

ELSSCIL20081952220DNFS01

Start Time:	2008-195T22:20:40.074	Stop Time:	2008-196T01:23:17.908
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.

ELSSCIL20081960506DNFS01

Start Time:	2008-196T05:06:23.789	Stop Time:	2008-196T08:16:31.536
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.

ELSSCIL20081961242DNFS01

Start Time:	2008-196T12:42:20.014	Stop Time:	2008-196T15:07:27.713
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.

ELSSCIL20081970914DNFS01

Start Time:	2008-197T09:14:30.341	Stop Time:	2008-197T11:39:38.729
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.

ELSSCIL20081971520DNFS01

Start Time:	2008-197T15:20:58.763	Stop Time:	2008-197T18:30:02.790
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.

ELSSCIL20081972216DNFS01

Start Time:	2008-197T22:16:58.927	Stop Time:	2008-197T23:31:22.261
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.

ELSSCIL20081972351DNFS01

Start Time:	2008-197T23:51:17.799	Stop Time:	2008-198T01:18:00.356
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.

ELSSCIL20081980502DNFS01

Start Time:	2008-198T05:02:48.000	Stop Time:	2008-198T06:20:55.775
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.

ELSSCIL20081980624DNFS01

Start Time:	2008-198T06:24:46.901	Stop Time:	2008-198T08:11:19.181
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.

ELSSCIL20081981237DNFS01

Start Time:	2008-198T12:37:05.877	Stop Time:	2008-198T13:34:28.082
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.

ELSSCIL20081981357DNFS01

Start Time:	2008-198T13:57:28.807	Stop Time:	2008-198T15:02:12.920
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.

ELSSCIL20081981844DNFS01

Start Time:	2008-198T18:44:37.048	Stop Time:	2008-198T20:14:44.791
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.

ELSSCIL20081982029DNFS01

Start Time:	2008-198T20:29:06.701	Stop Time:	2008-198T21:53:08.352
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.

ELSSCIL20081990135DNFS01

Start Time:	2008-199T01:35:32.540	Stop Time:	2008-199T02:36:31.836
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.

ELSSCIL20081990243DNFS01

Start Time:	2008-199T02:43:03.714	Stop Time:	2008-199T04:43:31.593
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.

ELSSCIL20081991000DNFS01

Start Time:	2008-199T10:00:46.490	Stop Time:	2008-199T11:34:26.893
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.

ELSSCIL20081991517DNFS01

Start Time:	2008-199T15:17:23.138	Stop Time:	2008-199T16:13:56.717
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.

ELSSCIL20081991843DNFS01

Start Time:	2008-199T18:43:09.038	Stop Time:	2008-199T18:54:50.229
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.

ELSSCIL20081992250DNFS01

Start Time:	2008-199T22:50:36.033	Stop Time:	2008-200T01:15:43.609
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.

ELSSCIL20082000459DNFS01

Start Time:	2008-200T04:59:11.864	Stop Time:	2008-200T08:06:06.631
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.

ELSSCIL20082001150DNFS01

Start Time:	2008-200T11:50:06.941	Stop Time:	2008-200T14:57:02.090
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.

ELSSCIL20082001845DNFS01

Start Time:	2008-200T18:45:56.060	Stop Time:	2008-200T21:44:48.738
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.

ELSSCIL20082010136DNFS01

Start Time:	2008-201T01:36:45.875	Stop Time:	2008-201T04:35:38.897
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.

ELSSCIL20082010904DNFS01

Start Time:	2008-201T09:04:00.004	Stop Time:	2008-201T11:29:07.767
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.

ELSSCIL20082011513DNFS01

Start Time:	2008-201T15:13:40.149	Stop Time:	2008-201T18:19:31.171
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.

ELSSCIL20082012209DNFS01

Start Time:	2008-201T22:09:29.063	Stop Time:	2008-202T01:07:49.647
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.

ELSSCIL20082020536DNFS01

Start Time:	2008-202T05:36:01.861	Stop Time:	2008-202T08:01:09.246
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.

ELSSCIL20082021146DNFS01

Start Time:	2008-202T11:46:13.751	Stop Time:	2008-202T14:51:31.837
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.

ELSSCIL20082021837DNFS01

Start Time:	2008-202T18:37:08.346	Stop Time:	2008-202T21:42:27.055
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.

ELSSCIL20082030128DNFS01

Start Time:	2008-203T01:28:03.619	Stop Time:	2008-203T04:32:49.924
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.

ELSSCIL20082030858DNFS01

Start Time:	2008-203T08:58:45.038	Stop Time:	2008-203T11:23:52.143
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.

ELSSCIL20082031510DNFS01

Start Time:	2008-203T15:10:00.775	Stop Time:	2008-203T18:14:15.709
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.

ELSSCIL20082032200DNFS01

Start Time:	2008-203T22:00:56.366	Stop Time:	2008-204T01:05:10.234
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.

ELSSCIL20082040451DNFS01

Start Time:	2008-204T04:51:18.862	Stop Time:	2008-204T07:55:33.229
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.

ELSSCIL20082041221DNFS01

Start Time:	2008-204T12:21:32.896	Stop Time:	2008-204T14:46:40.188
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.

ELSSCIL20082041833DNFS01

Start Time:	2008-204T18:33:20.875	Stop Time:	2008-204T21:37:03.461
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.

ELSSCIL20082050124DNFS01

Start Time:	2008-205T01:24:16.151	Stop Time:	2008-205T05:02:47.936
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.

ELSSCIL20082050853DNFS01

Start Time:	2008-205T08:53:29.915	Stop Time:	2008-205T11:18:36.988
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.

ELSSCIL20082051505DNFS01

Start Time:	2008-205T15:05:49.745	Stop Time:	2008-205T18:09:00.046
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.

ELSSCIL20082052156DNFS01

Start Time:	2008-205T21:56:44.834	Stop Time:	2008-206T00:59:54.888
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.

ELSSCIL20082060447DNFS01

Start Time:	2008-206T04:47:39.646	Stop Time:	2008-206T07:50:17.919
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.

ELSSCIL20082061216DNFS01

Start Time:	2008-206T12:16:16.014	Stop Time:	2008-206T14:41:23.215
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.

ELSSCIL20082061829DNFS01

Start Time:	2008-206T18:29:40.066	Stop Time:	2008-206T21:31:46.274
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.

ELSSCIL20082070120DNFS01

Start Time:	2008-207T01:20:35.216	Stop Time:	2008-207T04:22:40.925
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.

ELSSCIL20082070811DNFS01

Start Time:	2008-207T08:11:29.964	Stop Time:	2008-207T11:13:03.234
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.

ELSSCIL20082071502DNFS01

Start Time:	2008-207T15:02:24.180	Stop Time:	2008-207T18:03:57.234
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.

ELSSCIL20082072229DNFS01

Start Time:	2008-207T22:29:41.895	Stop Time:	2008-208T00:54:48.969
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.

ELSSCIL20082080444DNFS01

Start Time:	2008-208T04:44:10.002	Stop Time:	2008-208T07:45:11.180
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.

ELSSCIL20082081135DNFS01

Start Time:	2008-208T11:35:04.185	Stop Time:	2008-208T14:36:05.384
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.

ELSSCIL20082081901DNFS01

Start Time:	2008-208T19:01:36.105	Stop Time:	2008-208T19:33:39.363
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.

ELSSCIL20082090225DNFS01

Start Time:	2008-209T02:25:12.268	Stop Time:	2008-209T04:17:06.173
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.

ELSSCIL20082090807DNFS01

Start Time:	2008-209T08:07:31.267	Stop Time:	2008-209T11:08:01.029
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.

ELSSCIL20082091458DNFS01

Start Time:	2008-209T14:58:26.088	Stop Time:	2008-209T17:58:55.177
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.

ELSSCIL20082092149DNFS01

Start Time:	2008-209T21:49:20.278	Stop Time:	2008-210T00:49:16.705
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.

ELSSCIL20082100515DNFS01

Start Time:	2008-210T05:15:05.031	Stop Time:	2008-210T07:40:11.949
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.

ELSSCIL20082101140DNFS01

Start Time:	2008-210T11:40:46.241	Stop Time:	2008-210T14:31:04.763
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.

ELSSCIL20082101831DNFS01

Start Time:	2008-210T18:31:39.023	Stop Time:	2008-210T20:08:08.989
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.

ELSSCIL20082110357DNFS01

Start Time:	2008-211T03:57:32.785	Stop Time:	2008-211T04:12:26.884
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.

ELSSCIL20082110837DNFS01

Start Time:	2008-211T08:37:48.030	Stop Time:	2008-211T11:03:27.137
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.

ELSSCIL20082111504DNFS01

Start Time:	2008-211T15:04:01.395	Stop Time:	2008-211T17:53:47.227
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.

ELSSCIL20082112154DNFS01

Start Time:	2008-211T21:54:53.580	Stop Time:	2008-212T00:44:39.412
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.

ELSSCIL20082120445DNFS01

Start Time:	2008-212T04:45:45.793	Stop Time:	2008-212T05:35:17.275
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.

ELSSCIL20082120538DNFS01

Start Time:	2008-212T05:38:56.525	Stop Time:	2008-212T07:35:40.183
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.

ELSSCIL20082121200DNFS01

Start Time:	2008-212T12:00:33.026	Stop Time:	2008-212T14:26:12.631
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.

ELSSCIL20082121827DNFS01

Start Time:	2008-212T18:27:18.952	Stop Time:	2008-212T21:17:04.753
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.

ELSSCIL20082130118DNFS01

Start Time:	2008-213T01:18:11.137	Stop Time:	2008-213T04:07:57.841
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.

ELSSCIL20082130808DNFS01

Start Time:	2008-213T08:08:32.131	Stop Time:	2008-213T08:57:59.886
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.

ELSSCIL20082130901DNFS01

Start Time:	2008-213T09:01:39.543	Stop Time:	2008-213T10:58:23.078
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.

ELSSCIL20082131523DNFS01

Start Time:	2008-213T15:23:13.026	Stop Time:	2008-213T17:49:24.663
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.

ELSSCIL20082132149DNFS01

Start Time:	2008-213T21:49:58.950	Stop Time:	2008-214T00:40:17.123
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.

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