Computer Science
Scientific paper
Jan 2002
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2002stin...0252431k&link_type=abstract
Technical Report, Southwest Research Inst. San Antonio, TX United States
Computer Science
Magnetohydrodynamics, Mercury (Planet), Morphology, Plasma Dynamics, Reference Atmospheres, Mercury Atmosphere, Planetary Crusts, Photoionization, Solar Wind, Argon, Helium
Scientific paper
The objectives of this three year proposal are: (1) to calculate the likely diffusive flux of Ar and He from the interior of Mercury for representative crustal compositions; (2) compute a reasonable estimate of the fractional escape flux of photoions for the likely range of field conditions; and (3) to calculate the capture rate of solar wind ions into the atmosphere. The morphology of the magnetosphere in response to the solar wind and the IMF is the crucial boundary condition for the flux of ions to the surface. We have tackled problem (1) using a multipath diffusion code, and problems (2) and (3) using a combination of MHD and kinetic plasma dynamics.
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