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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/ 2014/ 12 /

mvn_sta_l2_cc-32e8d32m_20141201_v02_r01

Start Time:	2014-12-01T00:19:31.932Z	Stop Time:	2014-12-01T18:56:03.615Z
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 2014-12-01.

mvn_sta_l2_cc-32e8d32m_20141202_v02_r01

Start Time:	2014-12-02T03:51:59.458Z	Stop Time:	2014-12-02T08:42:27.376Z
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 2014-12-02.

mvn_sta_l2_cc-32e8d32m_20141203_v02_r01

Start Time:	2014-12-03T11:59:18.932Z	Stop Time:	2014-12-03T21:25:06.767Z
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 2014-12-03.

mvn_sta_l2_cc-32e8d32m_20141204_v02_r01

Start Time:	2014-12-04T01:45:26.695Z	Stop Time:	2014-12-04T21:53:06.372Z
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 2014-12-04.

mvn_sta_l2_cc-32e8d32m_20141205_v02_r01

Start Time:	2014-12-05T00:42:22.326Z	Stop Time:	2014-12-05T19:18:42.052Z
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 2014-12-05.

mvn_sta_l2_cc-32e8d32m_20141206_v02_r01

Start Time:	2014-12-06T04:14:05.893Z	Stop Time:	2014-12-06T18:14:09.656Z
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 2014-12-06.

mvn_sta_l2_cc-32e8d32m_20141207_v02_r01

Start Time:	2014-12-07T03:09:17.516Z	Stop Time:	2014-12-07T21:44:17.217Z
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 2014-12-07.

mvn_sta_l2_cc-32e8d32m_20141208_v02_r01

Start Time:	2014-12-08T20:24:20.829Z	Stop Time:	2014-12-08T20:39:12.825Z
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 2014-12-08.

mvn_sta_l2_cc-32e8d32m_20141209_v02_r02

Start Time:	2014-12-09T00:59:20.752Z	Stop Time:	2014-12-10T00:00:08.365Z
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 2014-12-09.

mvn_sta_l2_cc-32e8d32m_20141210_v02_r01

Start Time:	2014-12-10T00:00:24.365Z	Stop Time:	2014-12-10T23:03:43.989Z
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 2014-12-10.

mvn_sta_l2_cc-32e8d32m_20141211_v02_r01

Start Time:	2014-12-11T07:58:47.830Z	Stop Time:	2014-12-11T21:58:39.584Z
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 2014-12-11.

mvn_sta_l2_cc-32e8d32m_20141212_v02_r01

Start Time:	2014-12-12T02:18:35.511Z	Stop Time:	2014-12-12T16:18:23.296Z
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 2014-12-12.

mvn_sta_l2_cc-32e8d32m_20141213_v02_r01

Start Time:	2014-12-13T01:12:51.156Z	Stop Time:	2014-12-13T15:12:46.917Z
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 2014-12-13.

mvn_sta_l2_cc-32e8d32m_20141214_v02_r01

Start Time:	2014-12-14T00:07:38.780Z	Stop Time:	2014-12-14T23:17:02.409Z
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 2014-12-14.

mvn_sta_l2_cc-32e8d32m_20141215_v02_r01

Start Time:	2014-12-15T08:12:02.270Z	Stop Time:	2014-12-15T22:11:42.041Z
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 2014-12-15.

mvn_sta_l2_cc-32e8d32m_20141216_v02_r01

Start Time:	2014-12-16T02:31:41.977Z	Stop Time:	2014-12-16T11:56:29.839Z
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 2014-12-16.

mvn_sta_l2_cc-32e8d32m_20141217_v02_r01

Start Time:	2014-12-17T01:29:05.613Z	Stop Time:	2014-12-17T15:24:13.430Z
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 2014-12-17.

mvn_sta_l2_cc-32e8d32m_20141218_v02_r01

Start Time:	2014-12-18T00:23:21.321Z	Stop Time:	2014-12-18T18:53:33.089Z
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 2014-12-18.

mvn_sta_l2_cc-32e8d32m_20141219_v02_r01

Start Time:	2014-12-19T13:02:12.832Z	Stop Time:	2014-12-19T17:47:40.756Z
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 2014-12-19.

mvn_sta_l2_cc-32e8d32m_20141220_v02_r01

Start Time:	2014-12-20T02:47:12.617Z	Stop Time:	2014-12-20T16:42:20.426Z
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 2014-12-20.

mvn_sta_l2_cc-32e8d32m_20141221_v02_r01

Start Time:	2014-12-21T01:41:32.309Z	Stop Time:	2014-12-21T20:11:24.071Z
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 2014-12-21.

mvn_sta_l2_cc-32e8d32m_20141222_v02_r01

Start Time:	2014-12-22T00:35:48.021Z	Stop Time:	2014-12-22T19:05:47.777Z
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 2014-12-22.

mvn_sta_l2_cc-32e8d32m_20141223_v02_r01

Start Time:	2014-12-23T04:04:55.650Z	Stop Time:	2014-12-23T22:34:35.382Z
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 2014-12-23.

mvn_sta_l2_cc-32e8d32m_20141224_v02_r01

Start Time:	2014-12-24T02:58:59.309Z	Stop Time:	2014-12-24T21:28:59.073Z
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 2014-12-24.

mvn_sta_l2_cc-32e8d32m_20141225_v02_r01

Start Time:	2014-12-25T01:53:15.020Z	Stop Time:	2014-12-25T20:23:06.796Z
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 2014-12-25.

mvn_sta_l2_cc-32e8d32m_20141226_v02_r01

Start Time:	2014-12-26T00:47:26.742Z	Stop Time:	2014-12-26T19:17:14.517Z
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 2014-12-26.

mvn_sta_l2_cc-32e8d32m_20141227_v02_r01

Start Time:	2014-12-27T04:15:54.375Z	Stop Time:	2014-12-27T22:45:30.112Z
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 2014-12-27.

mvn_sta_l2_cc-32e8d32m_20141228_v02_r01

Start Time:	2014-12-28T03:09:58.056Z	Stop Time:	2014-12-28T21:39:53.828Z
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 2014-12-28.

mvn_sta_l2_cc-32e8d32m_20141229_v02_r01

Start Time:	2014-12-29T02:03:57.774Z	Stop Time:	2014-12-29T20:33:45.546Z
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 2014-12-29.

mvn_sta_l2_cc-32e8d32m_20141230_v02_r01

Start Time:	2014-12-30T00:58:01.491Z	Stop Time:	2014-12-31T00:00:01.173Z
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 2014-12-30.

mvn_sta_l2_cc-32e8d32m_20141231_v02_r01

Start Time:	2014-12-31T00:00:17.173Z	Stop Time:	2014-12-31T22:56:40.850Z
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 2014-12-31.

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