... On the plot the simulative geophysical regions in the Spacecraft positions are shown as a function of the UT . ... The time (with 20-min step) is labelled by the symbol , corresponding to the geophysical region in the Spacecraft position . ...
... The summary plot shows each spacecraft by the different colours, the separate plots show for the each spacecraft the simulative geophysical regions by the different colours. ...
... The polar diagram shows the spacecraft corrected geomagnetic co-ordinates : co-latitude - local time . ... The different colours are used for each of the 4 spacecraft. On the plot the SC names are shown by the corresponding colours.. ...
... real time intervals of the two spacecraft magnetic conjugations on the background of ... The names of the both spacecraft are shown on the picture . ... symbol , corresponding to the geophysical region in the first spacecraft position ...
... The polar diagram shows the Spacecraft corrected geomagnetic co-ordinates : co-latitude - local time with 10-min step. ... Each point is labelled by the symbol , corresponding to the simulative geophysical region in the Spacecraft position . ...
... by KIAM orbital elements valid for the backward integration of the spacecraft motion ... by IKI orbital elements valid for the forward integration of the spacecraft motion ...