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MAVEN >> STATIC

MAVEN STATIC Calibrated Energy Flux: 32 Energy X 8 Solid Angle X 32 Mass Bins Data Collection
maven.static.c	PDS 4 CERTIFIED

Start Time: 2014-10-13 17:00:04 - Stop Time: 2023-11-15 16:01:01

MAVEN STATIC Calibrated Data Bundle

Citiation Information

Author	McFadden, J. P.
Title	MAVEN STATIC Calibrated Energy Flux: 32 Energy X 8 Solid Angle X 32 Mass Bins Data Collection
Description	This collection contains files with time-ordered fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays. Data are derived from APID cc.
Publisher	NASA Planetary Data System
Publication Year	2019
doi	https://doi.org/10.17189/1517749

Top/ data/ cc_32e8d32m/ 2015/ 01 /

mvn_sta_l2_cc-32e8d32m_20150101_v02_r01

Start Time:	2015-01-01T03:20:04.795Z	Stop Time:	2015-01-01T21:50:32.564Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-01.

mvn_sta_l2_cc-32e8d32m_20150102_v02_r01

Start Time:	2015-01-02T02:14:00.509Z	Stop Time:	2015-01-02T20:44:24.279Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-02.

mvn_sta_l2_cc-32e8d32m_20150103_v02_r01

Start Time:	2015-01-03T05:42:24.136Z	Stop Time:	2015-01-03T19:37:59.930Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-03.

mvn_sta_l2_cc-32e8d32m_20150104_v02_r01

Start Time:	2015-01-04T00:01:23.873Z	Stop Time:	2015-01-04T23:06:31.584Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-04.

mvn_sta_l2_cc-32e8d32m_20150105_v02_r01

Start Time:	2015-01-05T03:29:59.529Z	Stop Time:	2015-01-05T17:25:27.355Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-05.

mvn_sta_l2_cc-32e8d32m_20150106_v02_r01

Start Time:	2015-01-06T06:58:35.152Z	Stop Time:	2015-01-06T16:19:19.020Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-06.

mvn_sta_l2_cc-32e8d32m_20150107_v02_r01

Start Time:	2015-01-07T01:18:06.894Z	Stop Time:	2015-01-07T19:43:34.647Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-07.

mvn_sta_l2_cc-32e8d32m_20150108_v02_r02

Start Time:	2015-01-08T00:10:58.593Z	Stop Time:	2015-01-08T23:11:02.312Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-08.

mvn_sta_l2_cc-32e8d32m_20150109_v02_r01

Start Time:	2015-01-09T03:38:18.257Z	Stop Time:	2015-01-09T17:29:10.088Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-09.

mvn_sta_l2_cc-32e8d32m_20150110_v02_r01

Start Time:	2015-01-10T02:30:37.967Z	Stop Time:	2015-01-10T20:56:05.704Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-10.

mvn_sta_l2_cc-32e8d32m_20150111_v02_r01

Start Time:	2015-01-11T01:23:13.649Z	Stop Time:	2015-01-11T19:48:21.421Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-11.

mvn_sta_l2_cc-32e8d32m_20150112_v02_r01

Start Time:	2015-01-12T00:15:45.366Z	Stop Time:	2015-01-12T23:15:17.082Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-12.

mvn_sta_l2_cc-32e8d32m_20150113_v02_r01

Start Time:	2015-01-13T03:42:33.027Z	Stop Time:	2015-01-13T22:07:00.789Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-13.

mvn_sta_l2_cc-32e8d32m_20150114_v02_r01

Start Time:	2015-01-14T02:34:12.716Z	Stop Time:	2015-01-14T20:59:32.461Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-14.

mvn_sta_l2_cc-32e8d32m_20150115_v02_r01

Start Time:	2015-01-15T01:27:08.404Z	Stop Time:	2015-01-15T19:53:24.179Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-15.

mvn_sta_l2_cc-32e8d32m_20150116_v02_r01

Start Time:	2015-01-16T00:20:56.125Z	Stop Time:	2015-01-16T18:46:59.897Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-16.

mvn_sta_l2_cc-32e8d32m_20150117_v02_r01

Start Time:	2015-01-17T03:49:11.758Z	Stop Time:	2015-01-17T22:15:15.497Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-17.

mvn_sta_l2_cc-32e8d32m_20150118_v02_r01

Start Time:	2015-01-18T02:42:43.441Z	Stop Time:	2015-01-18T21:08:51.211Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-18.

mvn_sta_l2_cc-32e8d32m_20150119_v02_r01

Start Time:	2015-01-19T01:36:19.155Z	Stop Time:	2015-01-19T20:02:26.925Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-19.

mvn_sta_l2_cc-32e8d32m_20150120_v02_r01

Start Time:	2015-01-20T00:29:54.869Z	Stop Time:	2015-01-20T23:30:26.555Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-20.

mvn_sta_l2_cc-32e8d32m_20150121_v02_r01

Start Time:	2015-01-21T03:58:30.490Z	Stop Time:	2015-01-21T22:24:02.251Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-21.

mvn_sta_l2_cc-32e8d32m_20150122_v02_r01

Start Time:	2015-01-22T02:52:10.195Z	Stop Time:	2015-01-22T21:17:37.960Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-22.

mvn_sta_l2_cc-32e8d32m_20150123_v02_r01

Start Time:	2015-01-23T01:45:41.903Z	Stop Time:	2015-01-23T20:11:13.669Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-23.

mvn_sta_l2_cc-32e8d32m_20150124_v02_r01

Start Time:	2015-01-24T05:13:17.529Z	Stop Time:	2015-01-24T23:38:57.265Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-24.

mvn_sta_l2_cc-32e8d32m_20150125_v02_r01

Start Time:	2015-01-25T04:06:41.207Z	Stop Time:	2015-01-25T22:32:00.953Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-25.

mvn_sta_l2_cc-32e8d32m_20150126_v02_r01

Start Time:	2015-01-26T02:59:56.882Z	Stop Time:	2015-01-26T03:06:40.881Z
Time-ordered, fully calibrated differential energy flux in 32 energy bin x 8 solid angle bin (8 deflection angles and summed over anodes, but assumed that counts are from anode 7 in the ram direction) x 32 mass bin arrays covering 2015-01-26.

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