The magnetic conjugations of one (main) satellite with arbitrary number
of the other satellites is presented in one file.
The Tsyganenko 87 (KP = 2) + IGRF magnetic field model is
used as a default during magnetic mapping.
Stop trace altitude (km) 110.
The information about realy used model shows the parameter
MOD IOPT (see the last parameter in
the list below).
The predicted magnetic conjugation corresponds to the less then 5 deg
geocentric angular distance between the footprints.
For the selected time intervals the magnetic mapping
coordinates of the main satellite and one selected in
accordance with conjugation critera are shown with 10 min. step.
For each moment coordinates of the main satellite is
shown on the first line, coordinates of the second
satellite - on the second one
In case when more then one of the considered satellite
simultaneously satisfie to the conjugation criteria the
addition line appears with the parameters of the addition
participant of magnetic conjugation.
See below the list of the printed parameters:
- UTYYMMDD HHMMSS - Date and UT (on the first line),
- dlt (h) - the difference between two satellites corrected geomagnetic local time CGMLT (on the second line),
- dla (deg) - the difference between two satellite corrected geomagnetic latitude GMLAT (on the second line),
- AnD (deg) - the footprints angular distance (on the second line),
- dlt (h) - the difference between two satellites CGMLT (on the third line, if necessary),
- dla (deg) - the difference between two satellite CGMLAT (on the third line, if necessary),
- AnD (deg) - the footprints angular distance (on the third line, if necessary),
- Sat.1 - The name of the main satellite,
- Sat.2 - The name of the second satellite,
- Sat.3 - The name of the third satellite (if necessary),
- R (RE) - the satellite geocentric distance,
- GLAT (deg) - the satellite geographical latitude,
- GLON (deg) - the satellite geographical longitude,
- FNGLAT (deg) - the geographical latitude of the footprint,
- FNGLON (deg) - the geographical longitude of the footprint,
- REG - the simulative geophysical region in the satellite position
- CMLT (h) - the corrected geomagnetic local time,
- CORLAT (deg) - the invariant (corrected) geomagnetic latitude,
- ARCln (Re) - the length of the magnetic field line (between satellite and footprint)
- MOD IOPT - the parameter, which show the used magnetic field model