Abstract
A complete line-shape analysis of experimental differential reflectograms of dilute alloys is presented. Two different types of transitions near the $L$-symmetry point are considered for transitions in the near-infrared, visible, and near-ultraviolet spectrum. The energies for interband transitions as well as the lifetime-broadening energy are obtained directly from the experimental differential reflectograms without using an unmodulated reflectivity spectrum and a Kramers-Kronig analysis. Transition energies obtained from an experimental differential reflectogram for a Cu---1.5 at.% Ga alloy are given.
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