This is the sixth paper in the series on vibrational dynamics in liquids and in solution. The
four reviews by Yarwood'dealt with all general aspects of vibrational dynamics in liquids and …

Dynamic processes in the liquid state can be examined from different points of view; the
rapid development of highly sophisticated time‐resolved experiments and very complex …

Model calculations are performed on the Raman noncoincidence effect (frequency
difference between the isotropic and anisotropic components) observed for the C–O …

A molecular theory is given for the thermodynamic state dependence of the Raman
noncoincidence effect, arising from transition dipolar resonant transfer in dipolar binary …

In this review we consider recent studies of isotope effects (IE's) on the physical properties of
solutions, such as vapor pressure, molar volume, compressibility, etc. Such IE's are of …

During the last few decades it has been ascertained that base stacking is one of the major
contributions stabilizing nucleic acid conformations. However, the understanding of the …

This chapter deals with the theories of vibrational line profiles and anomalous (negative)
frequency non–coincidence effects in condensed media. First, a novel approach to the line …

Samples of transparent silica gels of controlled porosities are produced stabilized at 800 C.
Raman spectra of samples impregnated with CS2, CHC13, CH3CN, or acetone are …

A complete and predictive understanding of biological processes will require descriptions of
the structures, and the dynamics. Knowing the three-dimensional structures of peptides and …

The ν (CO) Raman band frequencies of acetone have been analyzed to separate the
contributions of the environmental effect and the vibrational coupling to the gas-to-liquid …