Liquids collision-induced light scattering

This bibliography briefly reviews over 700 studies in collision-induced light scattering (CILS) of gases, liquids, and solids. We consider work concerning the spontaneous Raman spectra of transitory, nonreactive complexes of atoms or simple molecules. Much of the literature deals with spectra that are forbidden in the separated molecular partners, but studies of collision-induced spectroscopic components associated with allowed spontaneous... 

Collision-induced light scattering is the name for the Raman spectroscopy that arises from the interaction-induced variations of the polarizability of a sample. For a description of the scope of CILS, we consider briefly two somewhat extreme cases, a tenuous gas and a liquid. 

F. Barocchi and J. P. McTague. Binary collision induced light scattering in liquid CH,. Optics Communic., 72 202-204 (1974). 

H. K. Shin. Collision induced light scattering in liquids. J. Chem. Phys., 56 2617-2622 (1972). 

G. C. Tabisz, W. R. Wall, D. P. Shelton, and J. Ho. The Spectral Profile of Collision Induced Light Scattering from some Molecular Liquids. In Advances in Raman Spectroscopy, Heyden Son, London, 1972, pp. 466-471. 

CILS spectroscopy is concerned with the frequency, density, polarization, and temperature dependences of supermolecular light scattering. Pure and mixed gases are considered, that is, complexes of like and of dissimilar molecules are of interest. In Section 1.3, we consider ordinary collision-induced Raman scattering nonlinear and electronic collision-induced Raman processes are the subject of the Appendix CILS of liquid and solid samples are considered in Part II, together with molecular dynamics simulations. 

M. Moraldi and L. Frommhold. Second and third virial coefficients of collision-induced absorption and light scattering. J. J. C. Teixeira-Dias, ed., Molecular Liquids New Perspectives in Physics and Chemistry,... 

T. A. Litovitz, C. J. Montrose, R. A. Stuckart, and T. G. Copeland. Collision induced far infrared absorption and depolarized light scattering in liquids. Molec. Phys., 34 573-578 (1977). 

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