| |
| Citation |
Fieseler,P.D., GO JUP SSD DERIVED ELECTRON FLUX V1.0,
GO-J-SSD-5-DDR-STAR-SENSOR-V1.0, NASA Planetary Data System, 2000 |
| Digital Object Identifier (DOI) |
10.17189/1519686
|
| Data Set Abstract |
The Galileo star scanner is providing data on the instantaneous
flux of 1.5 to 30 MeV electrons in the Jovian environment. It is
able to measure fluxes of ~1 x 105 electrons cm-2 sec-1 or greater
which generally means the data are usable inside of about 12 and
rarely as far out as 16.5 Jovian Radii (RJ). Typically, the data
points are spaced about 400 or 80 seconds apart with infrequent
periods of more rapid data depending upon the operational mode.
It should be noted that data are generally accurate in time to
only within 20 seconds without special processing. Pitch angle
information generally cannot be extracted from this data set.
Separate files exist for the Jovian insertion event (J0) and
all subsequent perijove passes except J5 which occurred during
a period of solar conjunction. |
| Search/Access Data |
Planetary Plasma Interactions Website
|
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| Additional Information |
| Mission Information |
GALILEO
|
| Data Set Information |
GO-J-SSD-5-DDR-STAR-SENSOR-V1.0 |
| Instrument Host Information |
GO
|
| Instrument Information |
SSD
|
| Target Information |
IO PLASMA TORUS
IO
JUPITER
|
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