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Hybrid simulation of the shock wave trailing the Moon
P. Israelevich
*
, L. Ofman
*
Corresponding author for this work
Tel Aviv University
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Physics & Astronomy
moon
100%
shock waves
71%
magnetohydrodynamic flow
66%
shock
63%
solar wind velocity
61%
cavities
50%
solar wind
41%
Mach cones
33%
simulation
31%
interplanetary magnetic fields
25%
proton beams
20%
magnetic fields
20%
wakes
20%
charging
19%
apexes
18%
interactions
16%
ion beams
16%
electron energy
15%
expansion
12%
Earth & Environmental Sciences
shock wave
97%
Moon
80%
solar wind
67%
plasma
64%
cavity
57%
magnetic field
43%
standing wave
39%
simulation
36%
wind velocity
25%
code
12%
electron
11%
ion
10%
temperature
6%
effect
3%