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Figure 4.19 ZY field line tracing of the magnetic field in the region of Ganymede for the G2 encounter. The coordinates are given in the aberrated frame which is defined by a rotation about the GSII x axis by an angle of 10º, and then a rotation about the new z axis by -33º. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 18:40:00 with each consecutive circle separated by 5 minutes in time.
Figure 4.20 ZX projection field line tracing of the magnetic field in the region of Ganymede for the G2 encounter. The coordinates are given in the aberrated frame which is defined by a rotation about the GSII x axis by an angle of 10º, and then a rotation about the new z axis by -33º. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 18:40:00 with each consecutive circle separated by 5 minutes in time.
Figure 4.21 ZY field line tracing of the magnetic field in the region of Ganymede for the G2 encounter. The frame is given in GSII coordinates. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 18:40:00 with each consecutive circle separated by 5 minutes in time.
Figure 4.22 ZX field line tracing of the magnetic field in the region of Ganymede for the G2 encounter. The frame is given in GSII coordinates. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 18:40:00 with each consecutive circle separated by 5 minutes in time.
Figure 4.23 ZY projection field line tracing of the magnetic field in the region of Ganymede for the G7 encounter. The coordinates are given in the aberrated frame which is defined by a rotation about the GSII x axis by an angle of 30º, and then a rotation about the new z axis by 40º. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 06:50:00 with each consecutive circle separated by 5 minutes in time.
Figure 4.24 ZX projection field line tracing of the magnetic field in the region of Ganymede for the G7 encounter. The coordinates are given in the aberrated frame which is defined by a rotation about the GSII x axis by an angle of 30º, and then a rotation about the new z axis by 40º. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 06:50:00 with each consecutive circle separated by 5 minutes in time.
Figure 4.25 ZY field line tracing of the magnetic field in the region of Ganymede for the G7 encounter. The frame is given in GSII coordinates. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 06:50:00 with each consecutive circle separated by 5 minutes in time.
Figure 4.26 ZX field line tracing of the magnetic field in the region of Ganymede for the G7 encounter. The frame is given in GSII coordinates. The projection of the trajectory of Galileo is shown by the line with open circles. The first circle represents the position of Galileo at 06:50:00 with each consecutive circle separated by 5 minutes in time.
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Updated 10/22/02, T. Hunt-Ward
tizby@ftecs.com