Femtosecond dynamics of electronic 'bubbles' in solid argon: viewing the inertial response and the bath coherences

The dynamics of non-polar electronic solvation has been studied on a model system consisting of NO-doped solid Ar. Excitation of the lowest Rydberg state A(3ss) of NO leads to formation of an electronic 'bubble', which has been studied by femtosecond pump-probe spectroscopy and classical Mol. Dynamics simulations. The early time behavior of the transients is identified as the inertial component of the medium response. This first response is followed by a recurrent low-frequency oscillatory motion of the cage for up to .apprx.2 ps, indicative of coherence in the bath modes. [on SciFinder (R)]

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Chemical Physics Letters, 316, 1,2, 51-59

 Record created 2006-02-27, last modified 2018-03-17

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