By means of functional differentiation we have developed a general theory that allows one to perform the virial expansion of correlation functions and spectra. We have applied our results to the case of interaction-induced spectroscopy, for which the experimental determination of two-body and three-body spectra have been performed in several gaseous systems. We show that, in particular, the three-body experimental spectra are composed of three parts with different temperature behaviors, which allows in principle their discrimination.
Theory of virial expansion of correlation functions and spectra: Application to interaction-induced spectroscopy
Celli Milva;
1989
Abstract
By means of functional differentiation we have developed a general theory that allows one to perform the virial expansion of correlation functions and spectra. We have applied our results to the case of interaction-induced spectroscopy, for which the experimental determination of two-body and three-body spectra have been performed in several gaseous systems. We show that, in particular, the three-body experimental spectra are composed of three parts with different temperature behaviors, which allows in principle their discrimination.File in questo prodotto:
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