Effect of green light on spectral response of cuprous sulfide: cadmium sulfide photovoltaic cells
Andrew E. Potter, William B. Berry, Henry W. Brandhorst, Lewis Research Center, United States. National Aeronautics and Space Administration, Rose L. Schalla
National Aeronautics and Space Administration ; [For sale by the Clearinghouse for Federal Scientific and Technical Information, Springfield, Virginia 2215], 1968 - Science - 11 pages
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Cadmium sulfide CdS cadmium sulfide film CADMIUM SULFIDE PHOTOVOLTAIC CdS band gap CdS cells CdS film cell CELL IN RED constant copper sulfide CugS film CugS layer cuprous sulfide current and quantum current increment current-voltage characteristic current-voltage curves effect of green energies greater equation evaporated layer extrinsic response film of p-type gold grid green light green secondary illumi green secondary light heat treatment heat-treated CdS film impurity levels junction characteristic Lewis Research Center light intensities LIGHT ON SPECTRAL minority carrier n-type CdS covered open-circuit voltage percent photoconductive layer photocurrent Photon energy photons with energies Photovoltaic Effect quantum yield Rauschenbach ref red and white red light RESPONSE OF CUPROUS reverse saturation current Schalla Lewis Research secondary illumination series resistance Shiozawa short-circuit current shunt resistance single-crystal spectral response sulfide CugS SULFIDE FILM CELL SULFIDE PHOTOVOLTAIC CELLS thin film transmission tungsten value of IQe/AkT white light widened depletion region Wolf and Rauschenbach