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Messenger >> MAG
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection Order Volume Toggle viewing into brief mode
mess-mag-calibrated PDS 4      CERTIFIED
Start Time: 2004-08-12 20:00:00 - Stop Time: 2015-04-30 11:08:14
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of     more ...
This data set consists of the MESSENGER MAG calibrated observations. The MAG experiment is a miniature three-axis ring-core fluxgate magnetometer with low-noise electronics. There are five MAG data products, which mainly differ in the coordinate system. For each type the data are provided at full resolution, and one or more averaging intervals.     less ...
Citiation Information
Author Korth, H.
TitleMESSENGER MAG Calibrated RTN Coordinates Science Data Collection
Description  Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
PublisherNASA Planetary Data System
Publication Year 2021
doi https://doi.org/10.17189/1522373
PDS3 References
http://doi.org/10.17189/1519745
http://doi.org/10.17189/1519746
Top/ data/ rtn/ 2007 / click here to download folders and files
060_090_MAR
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection
2004-08-12T17:44:08.228Z - 2015-04-30T15:08:14.389Z
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
091_120_APR
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection
2004-08-12T17:44:08.228Z - 2015-04-30T15:08:14.389Z
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
121_151_MAY
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection
2004-08-12T17:44:08.228Z - 2015-04-30T15:08:14.389Z
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
152_181_JUN
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection
2004-08-12T17:44:08.228Z - 2015-04-30T15:08:14.389Z
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
182_212_JUL
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection
2004-08-12T17:44:08.228Z - 2015-04-30T15:08:14.389Z
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
213_243_AUG
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection
2004-08-12T17:44:08.228Z - 2015-04-30T15:08:14.389Z
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
335_365_DEC
MESSENGER MAG Calibrated RTN Coordinates Science Data Collection
2004-08-12T17:44:08.228Z - 2015-04-30T15:08:14.389Z
Calibrated 3-axis magnetic field samples in Radial-Tangential-Normal (RTN) coordinates. The spacecraft position is given by the radial distance from Sun center, northward latitude above the instantaneous ecliptic plane, and azimuth angle of the spacecraft in the instantaneous ecliptic plane with respect to the Earth-Sun line, positive in direction of the Earth's orbital motion. The data are tagged with latency corrected UTC and MET time stamps. The RTN CDR is derived from the Science EDR.
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