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Messenger >> MAG

MESSENGER MAG Raw Burst Science Data Collection
mess-mag-raw	PDS 4 CERTIFIED

Start Time: 2004-09-13 10:00:00 - Stop Time: 2015-04-30 01:08:14

MESSENGER MAG Raw Data Bundle

Citiation Information

Author	Korth, H.
Title	MESSENGER MAG Raw Burst Science Data Collection
Description	This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.
Publisher	NASA Planetary Data System
Publication Year	2021
doi	https://doi.org/10.17189/1522365

PDS3 References

http://doi.org/10.17189/1519744

Top/ data/ burst_data/ 2011 /

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

MESSENGER MAG Raw Burst Science Data Collection

2005-06-27T23:32:48.000Z - 2012-03-18T22:47:58.000Z

This collection contains snapshots of MAG vector samples, or burst sampling, over a time span of 8 minutes, at a rate of 20 samples per second for a total of 9600 vector samples. The burst data give information about waves and turbulent phenomena expected to occur at the magnetospheric boundaries and elsewhere in association with pickup processes of volatile species as they are photo-ionized. Typically one burst period will be recorded every day of orbit operations.

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