Modelling of Cassini charging and wake formation in Saturn's Magnetosphere

Physics

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Scientific paper

A self-consistent three-dimensional particle-in-cell code has been employed to explore modifications of the spacecraft (SC) potential and the resultant wake structure in a wide range of distances from the planet (for the dipole shell in the range L~ 4 -10). The plasma parameters derived from the Cassini plasma spectrometer (CAPS) measurements during the Saturn orbit insertion (SOI) period on June 30, 2004 [1], and CAPS data obtained in the inner equatorial magnetosphere in 2005 on Oct. 11 and 29, Nov. 27 and Dec. 24 [2] have been used as input data.

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