Estimate of integrated s-wave Raman scattering intensity from the 2P11 ultraviolet absorption line shape in liquid helium

P. Kleban; J. Woods Halley

doi:10.1103/PhysRevB.11.3520

Estimate of integrated s-wave Raman scattering intensity from the 2P11 ultraviolet absorption line shape in liquid helium

P. Kleban, J. Woods Halley

Physics and Astronomy (Twin Cities)

Research output: Contribution to journal › Article › peer-review

7 Scopus citations

Abstract

We show in a unified model that the shift and width of the ultraviolet absorption line shapes in liquid helium are related to the integrated Raman-scattering cross sections. This relation is used to estimate the magnitude of the integrated s-wave scattering by use of the observed ultraviolet spectrum. We find 0.25IsId3.4 The model gives standard results for d-wave scattering. We discuss some other possible uses of the model.

Original language	English (US)
Pages (from-to)	3520-3534
Number of pages	15
Journal	Physical Review B
Volume	11
Issue number	9
DOIs	https://doi.org/10.1103/PhysRevB.11.3520
State	Published - 1975

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abstract = "We show in a unified model that the shift and width of the ultraviolet absorption line shapes in liquid helium are related to the integrated Raman-scattering cross sections. This relation is used to estimate the magnitude of the integrated s-wave scattering by use of the observed ultraviolet spectrum. We find 0.25IsId3.4 The model gives standard results for d-wave scattering. We discuss some other possible uses of the model.",

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AU - Halley, J. Woods

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AB - We show in a unified model that the shift and width of the ultraviolet absorption line shapes in liquid helium are related to the integrated Raman-scattering cross sections. This relation is used to estimate the magnitude of the integrated s-wave scattering by use of the observed ultraviolet spectrum. We find 0.25IsId3.4 The model gives standard results for d-wave scattering. We discuss some other possible uses of the model.

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Estimate of integrated s-wave Raman scattering intensity from the 2P11 ultraviolet absorption line shape in liquid helium

Abstract

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