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MAVEN >> STATIC

MAVEN STATIC Calibrated Energy Flux: 16 Energy X 64 Solid Angle X 8 Mass Bins Data Collection
maven.static.c	PDS 4 CERTIFIED

Start Time: 2014-10-13 17:00:04 - Stop Time: 2023-05-15 17:00:22

MAVEN STATIC Calibrated Data Bundle

Citiation Information

Author	McFadden, J. P.
Title	MAVEN STATIC Calibrated Energy Flux: 16 Energy X 64 Solid Angle X 8 Mass Bins Data Collection
Description	This collection contains files with time-ordered fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays. Data are derived from APID d1.
Publisher	NASA Planetary Data System
Publication Year	2023
doi	https://doi.org/10.17189/1517754

Top/ data/ d1_32e4d16a8m/ 2016/ 03 /

mvn_sta_l2_d1-32e4d16a8m_20160301_v02_r01

Start Time:	2016-03-01T00:00:06.444Z	Stop Time:	2016-03-02T00:00:01.639Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-01.

mvn_sta_l2_d1-32e4d16a8m_20160302_v02_r01

Start Time:	2016-03-02T00:00:05.639Z	Stop Time:	2016-03-03T00:00:00.882Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-02.

mvn_sta_l2_d1-32e4d16a8m_20160303_v02_r01

Start Time:	2016-03-03T00:00:04.882Z	Stop Time:	2016-03-04T00:00:00.176Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-03.

mvn_sta_l2_d1-32e4d16a8m_20160304_v02_r01

Start Time:	2016-03-04T00:00:04.176Z	Stop Time:	2016-03-04T23:59:59.433Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-04.

mvn_sta_l2_d1-32e4d16a8m_20160305_v02_r01

Start Time:	2016-03-05T00:00:03.433Z	Stop Time:	2016-03-06T00:00:02.684Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-05.

mvn_sta_l2_d1-32e4d16a8m_20160306_v02_r01

Start Time:	2016-03-06T00:00:06.684Z	Stop Time:	2016-03-07T00:00:01.975Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-06.

mvn_sta_l2_d1-32e4d16a8m_20160307_v02_r01

Start Time:	2016-03-07T00:00:05.975Z	Stop Time:	2016-03-08T00:00:01.270Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-07.

mvn_sta_l2_d1-32e4d16a8m_20160308_v02_r01

Start Time:	2016-03-08T00:00:05.270Z	Stop Time:	2016-03-09T00:00:00.525Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-08.

mvn_sta_l2_d1-32e4d16a8m_20160309_v02_r01

Start Time:	2016-03-09T00:00:04.525Z	Stop Time:	2016-03-09T23:59:59.786Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-09.

mvn_sta_l2_d1-32e4d16a8m_20160310_v02_r01

Start Time:	2016-03-10T00:00:03.786Z	Stop Time:	2016-03-10T23:59:59.057Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-10.

mvn_sta_l2_d1-32e4d16a8m_20160311_v02_r01

Start Time:	2016-03-11T00:00:03.057Z	Stop Time:	2016-03-12T00:00:02.344Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-11.

mvn_sta_l2_d1-32e4d16a8m_20160312_v02_r01

Start Time:	2016-03-12T00:00:06.344Z	Stop Time:	2016-03-13T00:00:01.583Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-12.

mvn_sta_l2_d1-32e4d16a8m_20160313_v02_r01

Start Time:	2016-03-13T00:00:05.583Z	Stop Time:	2016-03-14T00:00:00.881Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-13.

mvn_sta_l2_d1-32e4d16a8m_20160314_v02_r01

Start Time:	2016-03-14T00:00:04.881Z	Stop Time:	2016-03-15T00:00:00.182Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-14.

mvn_sta_l2_d1-32e4d16a8m_20160315_v02_r01

Start Time:	2016-03-15T00:00:04.182Z	Stop Time:	2016-03-15T23:59:59.484Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-15.

mvn_sta_l2_d1-32e4d16a8m_20160316_v02_r01

Start Time:	2016-03-16T00:00:03.484Z	Stop Time:	2016-03-17T00:00:02.719Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-16.

mvn_sta_l2_d1-32e4d16a8m_20160317_v02_r01

Start Time:	2016-03-17T00:00:06.719Z	Stop Time:	2016-03-18T00:00:02.014Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-17.

mvn_sta_l2_d1-32e4d16a8m_20160318_v02_r01

Start Time:	2016-03-18T00:00:06.014Z	Stop Time:	2016-03-19T00:00:01.290Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-18.

mvn_sta_l2_d1-32e4d16a8m_20160319_v02_r01

Start Time:	2016-03-19T00:00:05.290Z	Stop Time:	2016-03-20T00:00:00.552Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-19.

mvn_sta_l2_d1-32e4d16a8m_20160320_v02_r01

Start Time:	2016-03-20T00:00:04.552Z	Stop Time:	2016-03-20T23:59:59.848Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-20.

mvn_sta_l2_d1-32e4d16a8m_20160321_v02_r01

Start Time:	2016-03-21T00:00:03.848Z	Stop Time:	2016-03-21T23:59:59.151Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-21.

mvn_sta_l2_d1-32e4d16a8m_20160322_v02_r01

Start Time:	2016-03-22T00:00:03.151Z	Stop Time:	2016-03-22T23:59:58.423Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-22.

mvn_sta_l2_d1-32e4d16a8m_20160323_v02_r01

Start Time:	2016-03-23T00:00:02.423Z	Stop Time:	2016-03-24T00:00:01.696Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-23.

mvn_sta_l2_d1-32e4d16a8m_20160324_v02_r01

Start Time:	2016-03-24T00:00:05.696Z	Stop Time:	2016-03-25T00:00:00.988Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-24.

mvn_sta_l2_d1-32e4d16a8m_20160325_v02_r01

Start Time:	2016-03-25T00:00:04.988Z	Stop Time:	2016-03-26T00:00:00.244Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-25.

mvn_sta_l2_d1-32e4d16a8m_20160326_v02_r01

Start Time:	2016-03-26T00:00:04.244Z	Stop Time:	2016-03-26T23:59:59.526Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-26.

mvn_sta_l2_d1-32e4d16a8m_20160327_v02_r01

Start Time:	2016-03-27T00:00:03.526Z	Stop Time:	2016-03-27T23:59:58.821Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-27.

mvn_sta_l2_d1-32e4d16a8m_20160328_v02_r01

Start Time:	2016-03-28T00:00:02.821Z	Stop Time:	2016-03-29T00:00:02.118Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-28.

mvn_sta_l2_d1-32e4d16a8m_20160329_v02_r01

Start Time:	2016-03-29T00:00:06.118Z	Stop Time:	2016-03-30T00:00:01.403Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-29.

mvn_sta_l2_d1-32e4d16a8m_20160330_v02_r01

Start Time:	2016-03-30T00:00:05.403Z	Stop Time:	2016-03-31T00:00:00.663Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-30.

mvn_sta_l2_d1-32e4d16a8m_20160331_v02_r01

Start Time:	2016-03-31T00:00:04.663Z	Stop Time:	2016-03-31T23:59:59.967Z
Time-ordered, fully calibrated differential energy flux in 16 energy bin x 64 solid angle bin (4 deflection angles x 16 anodes) x 8 mass bin arrays covering 2016-03-31.

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