Abstract
AbstractFaraday rotation spectra which may be ascribed to excitons were measured on evaporated films of CuCl. The observed rotation anomaly due to the Z3 exciton was successfully analyzed in terms of a classical dispersion theory, thereby yielding data of the temperature‐dependent damping constant, the oscillator strength, and the effective g‐value for the Z3 exciton. On the basis of the effective mass approximation, estimates were made for the effective mass and g‐values of the relevant conduction and valence bands.
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