Simulations show an alkali ion's helium solvation shell is not self-stable for the first ~5-6 ps, and that energy relaxation follows Newton's law with slower time constants than experiment.
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Time-resolved solvation of alkali ions in superfluid helium nanodroplets: Theoretical simulation of a pump-probe study
Simulations show an alkali ion's helium solvation shell is not self-stable for the first ~5-6 ps, and that energy relaxation follows Newton's law with slower time constants than experiment.