CASSINI
Cassini MIMI Investigation at Fundamental Technologies
Numerical Computation of Energy-Dependent Geometric Factors of E and F Electron Detectors of CASSINI/MIMI/LEMMS
Technical Report by Xiaodong Hong and Thomas P. Armstrong, May 10, 1997
Appendix C Trajectory Drawings
The following figures show the trajectories of escaped electrons with different energies from different locations as marked with * in the tables of the escaped electrons in the E and F detectors in Appendix B. We use the first magnetic field simulation.
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Figure 5.1 Trajectories of escaped electrons for E=20 keV. |
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Figure 5.2 Trajectories of escaped electrons for E=30 keV. |
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Figure 5.3 Trajectories of escaped electrons for E=40 keV. |
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Figure 5.4 Trajectories of escaped electrons for E=50 keV. |
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Figure 5.5 Trajectories of escaped electrons for E=60 keV. |
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Figure 5.6 Trajectories of escaped electrons for E=70 keV. |
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Figure 5.7 Trajectories of escaped electrons for E=80 keV. |
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Figure 5.8 Trajectories of escaped electrons for E=90 keV. |
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Figure 5.9 Trajectories of escaped electrons for E=100 keV. |
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Figure 5.10 Trajectories of escaped electrons for E=200 keV. |
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Figure 5.11 Trajectories of escaped electrons for E=300 keV. |
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Figure 5.12 Trajectories of escaped electrons for E=400 keV. |
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Figure 5.13 Trajectories of escaped electrons for E=500 keV. |
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Figure 5.14 Trajectories of escaped electrons for E=200 keV. |
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Figure 5.15 Trajectories of escaped electrons for E=300 keV. |
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Figure 5.16 Trajectories of escaped electrons for E=400 keV. |
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Figure 5.17 Trajectories of escaped electrons for E=500 keV. |
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Figure 5.18 Trajectories of escaped electrons for E=600 keV. |
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Figure 5.19 Trajectories of escaped electrons for E=700 keV. |
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Figure 5.20 Trajectories of escaped electrons for E=800 keV. |
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Figure 5.21 Trajectories of escaped electrons for E=900 keV. |
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Figure 5.22 Trajectories of escaped electrons for E=1000 keV. |
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Figure 5.23 Trajectories of escaped electrons for E=1200 keV. |
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Figure 5.24 Trajectories of escaped electrons for E=1400 keV. |
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Figure 5.25 Trajectories of escaped electrons for E=2000 keV. |
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Figure 5.26 Trajectories of escaped electrons for E=3000 keV. |
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Updated 8/8/19, Cameron Crane
QUICK FACTS
Manufacturer: The Cassini spacecraft
was manufactured by NASA's Jet Propulsion Laboratory,
and the Huygens Probe was manufactured by Thales Alenia
Space.
Mission Duration: The Cassini-Huygens mission launched on October 15 1997, and ended on September 15 2017.
Destination: Cassini's destination was Saturn and its moons. The destination of the Huygens Probe's was Saturn's moon Titan.
Orbit: Cassini orbited Saturn for 13 years before diving between its rings and colliding with the planet on September 15th, 2017.
Mission Duration: The Cassini-Huygens mission launched on October 15 1997, and ended on September 15 2017.
Destination: Cassini's destination was Saturn and its moons. The destination of the Huygens Probe's was Saturn's moon Titan.
Orbit: Cassini orbited Saturn for 13 years before diving between its rings and colliding with the planet on September 15th, 2017.