Lunar Electrical Conductivity

Physics

Scientific paper

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Scientific paper

SONETT et al.1,2 have inverted sunward lunar surface magnetometer data to obtain a lunar electrical conductivity profile, using the poloidal magnetic response to a spatially uniform source field of a radially structured conducting sphere immersed in an infinitely conducting plasma3,4. The experimentally determined lunar response expressed as the tangential magnetic spectral amplification factor is shown in Fig. 1 together with the best fit poloidal responses for a two-layer and a multi-layer Moon and their corresponding electrical conductivity profiles5.

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