Abstract
Cadmium sulfide and cadmium selenide sintered polycrystalline layers have been investigated with respect to the transient effects in their photoconductive rise and decay curves. Under suitable conditions both types of layers exhibit a maximum in the rise curve and a minimum in the decay curve. The specific results are strongly dependent on the excitation history of the layer. The relationship of these effects to trapping processes is discussed, and some comparisons with earlier experimental works are made. The dependence of photosensitivity on these effects is emphasized.
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