Abstract
A theoretical study of ionic solvation dynamics in supercritical water is presented. The short-time decay of the calculated equilibrium solvation energy time correlation function ( S E ( t)) is found to be in good agreement with the recent computer simulation results. The simulated long-time decay is, however, somewhat slower than that which is predicted by the present theory. Two plausible molecular explanations for the slow long-time decay of S E ( t) are offered.
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