The three-body correlation spectral moments of depolarized interaction-induced light scattering have been measured in normal H2 at 297 K by means of an analysis of the density behaviour of the spectra between 10 and 300 cm-1. Comparison with classical calculation shows a major discrepancy for the second moment which is attributed to the anisotropic properties of the interacting molecules.
The three-body correlation spectral moments in depolarized interaction-induced light scattering of H2 at 297 K
Bafile U.;Ulivi L.;Zoppi M.;
1987
Abstract
The three-body correlation spectral moments of depolarized interaction-induced light scattering have been measured in normal H2 at 297 K by means of an analysis of the density behaviour of the spectra between 10 and 300 cm-1. Comparison with classical calculation shows a major discrepancy for the second moment which is attributed to the anisotropic properties of the interacting molecules.File in questo prodotto:
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