A Computational/Spectroscopic Study of a Newly Derived General Unified Theory of Spectral Line Shapes to Measure HWHM's for an Ar-perturber/K-radiator system, Using Two 74sp← Transitions, as Applied to the Line Core

Abstract

In a recent publication, a new unified theory of spectral line shapes was derived, which allowed for the variation of the electric dipole moment with perturber positions. The present author put the () g s term derived from the theory into a computable form, and constructed spectral line shapes from which line-core HWHM's () w s ′ were measured. These w 's were compared with experimental Fabry-Perot-interferometric results.