Abstract:Water freezes into various phases of ice under different
cryogenic
temperatures and pressure conditions, such as ice Ih and
ice XI at normal pressure. Vibrational imaging with high spectral,
spatial, and polarization resolutions could provide detailed information
on ice, including the phases and crystal orientations at the microscopic
level. Here, we report in situ stimulated Raman scattering (SRS) imaging
of ice to analyze the vibrational spectral changes of the OH stretching
modes associated with the phase t… Show more
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