Abstract
The anomalous shod circuit photocurrents in ZnS were measured using polarized light. In spite of the fact that for a given wavelength, light polarized perpendicular to the c axis is more strongly absorbed than light polarized parallel to the c axis, there are wavelength regions in which the absolute magnitude of the shod circuit photocurrents are smaller for perpendicularly polarized light. The data are consistent with a double valence band model. (auth)
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