Interactions of the plasma sheet with the lunar surface at the Apollo 14 site

Physics

Scientific paper

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Apollo 14 Flight, Lunar Landing Sites, Lunar Surface, Magnetic Effects, Plasma Layers, Electrostatics, Lunar Environment, Lunar Magnetic Fields, Plasma Interactions

Scientific paper

Calculations of the magnetic shadow zones of lunar-based particle detectors are extended to include the effects of local remanent magnetic fields. At the Apollo 14 site, the local magnetic field is approximated as that of a dipole. Numerically calculated open and shadowed zones are shown to be in agreement with quiet-time plasma-sheet observations of the charged-particle lunar-environment experiment. An analysis of three storm-time observations indicates that magnetic shadowing can significantly alter the near-lunar-surface electrostatic potential distribution.

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