Probing Properties of Glassy Water and Other Liquids with Site Selective Spectroscopies
Description:
The standard non-photochemical hole burning (NPHB) mechanism, which involves phonon-assisted tunneling in the electronically excited state, was originally proposed to explain the light-induced frequency change of chemically stable molecules in glassy solids at liquid helium temperatures by this research group more than two decades ago. The NPHB mechanism was then further elucidated and the concept of intrinsic to glass configurational relaxation processes as pre-mediating step to the hole burni…
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Date:
August 12, 2005
Creator:
Dang, Nhan Chuong
Partner:
UNT Libraries Government Documents Department