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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/ 05 /

mvn_sta_l2_cc-32e8d32m_20150501_v02_r01

Start Time:	2015-05-01T04:19:31.553Z	Stop Time:	2015-05-01T17:44:27.238Z
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 2015-05-01.

mvn_sta_l2_cc-32e8d32m_20150502_v02_r01

Start Time:	2015-05-02T02:35:19.029Z	Stop Time:	2015-05-02T20:27:06.606Z
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 2015-05-02.

mvn_sta_l2_cc-32e8d32m_20150503_v02_r01

Start Time:	2015-05-03T00:51:10.507Z	Stop Time:	2015-05-03T23:10:18.012Z
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 2015-05-03.

mvn_sta_l2_cc-32e8d32m_20150504_v02_r01

Start Time:	2015-05-04T03:34:05.917Z	Stop Time:	2015-05-04T21:25:45.540Z
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 2015-05-04.

mvn_sta_l2_cc-32e8d32m_20150505_v02_r01

Start Time:	2015-05-05T01:49:53.450Z	Stop Time:	2015-05-05T19:41:45.087Z
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 2015-05-05.

mvn_sta_l2_cc-32e8d32m_20150506_v02_r01

Start Time:	2015-05-06T00:05:08.996Z	Stop Time:	2015-05-06T22:24:24.591Z
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 2015-05-06.

mvn_sta_l2_cc-32e8d32m_20150507_v02_r01

Start Time:	2015-05-07T02:47:56.521Z	Stop Time:	2015-05-07T20:39:52.258Z
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 2015-05-07.

mvn_sta_l2_cc-32e8d32m_20150508_v02_r01

Start Time:	2015-05-08T01:03:24.197Z	Stop Time:	2015-05-08T14:28:24.009Z
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 2015-05-08.

mvn_sta_l2_cc-32e8d32m_20150509_v02_r01

Start Time:	2015-05-09T03:45:51.811Z	Stop Time:	2015-05-09T21:37:43.550Z
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 2015-05-09.

mvn_sta_l2_cc-32e8d32m_20150510_v02_r01

Start Time:	2015-05-10T02:01:15.489Z	Stop Time:	2015-05-10T19:53:11.233Z
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 2015-05-10.

mvn_sta_l2_cc-32e8d32m_20150511_v02_r01

Start Time:	2015-05-11T00:16:39.170Z	Stop Time:	2015-05-11T22:35:34.846Z
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 2015-05-11.

mvn_sta_l2_cc-32e8d32m_20150512_v02_r01

Start Time:	2015-05-12T02:58:58.782Z	Stop Time:	2015-05-12T16:23:50.584Z
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 2015-05-12.

mvn_sta_l2_cc-32e8d32m_20150513_v02_r01

Start Time:	2015-05-13T01:14:30.447Z	Stop Time:	2015-05-13T23:33:26.108Z
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 2015-05-13.

mvn_sta_l2_cc-32e8d32m_20150514_v02_r01

Start Time:	2015-05-14T03:56:54.043Z	Stop Time:	2015-05-14T21:48:37.772Z
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 2015-05-14.

mvn_sta_l2_cc-32e8d32m_20150515_v02_r01

Start Time:	2015-05-15T02:12:05.706Z	Stop Time:	2015-05-15T15:36:53.501Z
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 2015-05-15.

mvn_sta_l2_cc-32e8d32m_20150516_v02_r01

Start Time:	2015-05-16T04:54:29.289Z	Stop Time:	2015-05-16T22:46:13.002Z
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 2015-05-16.

mvn_sta_l2_cc-32e8d32m_20150517_v02_r01

Start Time:	2015-05-17T03:09:44.933Z	Stop Time:	2015-05-17T07:40:20.862Z
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 2015-05-17.

mvn_sta_l2_cc-32e8d32m_20150518_v02_r01

Start Time:	2015-05-18T14:45:48.369Z	Stop Time:	2015-05-18T23:43:16.227Z
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 2015-05-18.

mvn_sta_l2_cc-32e8d32m_20150519_v02_r01

Start Time:	2015-05-19T04:06:52.156Z	Stop Time:	2015-05-19T13:04:20.011Z
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 2015-05-19.

mvn_sta_l2_cc-32e8d32m_20150520_v02_r01

Start Time:	2015-05-20T02:21:39.784Z	Stop Time:	2015-05-20T20:13:07.454Z
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 2015-05-20.

mvn_sta_l2_cc-32e8d32m_20150521_v02_r01

Start Time:	2015-05-21T00:36:31.379Z	Stop Time:	2015-05-21T22:54:43.005Z
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 2015-05-21.

mvn_sta_l2_cc-32e8d32m_20150522_v02_r01

Start Time:	2015-05-22T03:18:14.931Z	Stop Time:	2015-05-22T16:42:42.704Z
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 2015-05-22.

mvn_sta_l2_cc-32e8d32m_20150523_v02_r01

Start Time:	2015-05-23T05:59:50.468Z	Stop Time:	2015-05-23T23:51:14.154Z
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 2015-05-23.

mvn_sta_l2_cc-32e8d32m_20150524_v02_r01

Start Time:	2015-05-24T04:14:30.078Z	Stop Time:	2015-05-24T22:05:37.768Z
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 2015-05-24.

mvn_sta_l2_cc-32e8d32m_20150525_v02_r01

Start Time:	2015-05-25T02:29:05.691Z	Stop Time:	2015-05-25T20:20:17.378Z
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 2015-05-25.

mvn_sta_l2_cc-32e8d32m_20150526_v02_r01

Start Time:	2015-05-26T00:43:33.300Z	Stop Time:	2015-05-26T14:07:45.062Z
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 2015-05-26.

mvn_sta_l2_cc-32e8d32m_20150527_v02_r01

Start Time:	2015-05-27T03:24:12.819Z	Stop Time:	2015-05-27T21:16:32.497Z
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 2015-05-27.

mvn_sta_l2_cc-32e8d32m_20150528_v02_r01

Start Time:	2015-05-28T01:38:28.420Z	Stop Time:	2015-05-28T23:57:12.024Z
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 2015-05-28.

mvn_sta_l2_cc-32e8d32m_20150529_v02_r01

Start Time:	2015-05-29T04:22:31.945Z	Stop Time:	2015-05-29T17:45:03.706Z
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 2015-05-29.

mvn_sta_l2_cc-32e8d32m_20150530_v02_r01

Start Time:	2015-05-30T02:33:59.545Z	Stop Time:	2015-05-30T20:26:23.215Z
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 2015-05-30.

mvn_sta_l2_cc-32e8d32m_20150531_v02_r01

Start Time:	2015-05-31T00:48:19.123Z	Stop Time:	2015-05-31T23:07:26.712Z
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 2015-05-31.

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