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The predicted MIR's ground tracks, which pass near INSPIRE net,
are available in this home page.
During INTMINS operations
scheduling this calculations are taken into account by PIs in parallel with
its own MIR track predictions based on the MIR's TLE elements.
See the operations schedule
ftp://nssdc.gsfc.nasa.gov/multidis/inspire/intmins/April98ops
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Date : | - YYYYMMDD |
Universal time: | - hhmnss |
Satellite altitude (above reference ellipsoid), km | - Hs |
Geographical longitude and latitude of the satellite, deg | - GLONS, GLATS |
Geographical longitude and latitude of the footprint, deg | - GLONF, GLATF |
Magnetic field line length (earth radii), Re | - arcln |
Angular distance between footprint and SP, deg | - angdst |
Selected place (SP) number and country code | - #-CC |
The selected place name | - place |
The calculations was done on the base of the orbital elements,
determined by the Ballistic
center of the KIAM RAN Keldysh Institute of Applied
Mathematics Russian Academy of Sciences
The last predictions was done on the base of the
following state vector (shown in the Greenwich rotated coordinate system)
The used state vector
Epoch | 19980415 | (YYYYMMDD) |
UT | 051703.87 | (HHMNSS.MS) |
x | 847.29144 | km |
y | 6704.49285 | km |
z | 0.00000000 | |
vx | -4.23768255 | km/s |
vy | 0.53122598 | km/s |
vz | 6.02709700 | km/s |
Balllistic coefficient | 0.02828898 | (CD*FM(m^2)/M(kg)*g0(m/s^2)) |
Dr. Stanislav Klimov
PI of the INTMINS project
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for more information.
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Last modified 28 March 1999