Impurity photovoltaic effect in cadmium sulfide
Impurity levels in photovoltaic cells fabricated by evaporating thin copper layer on low resistivity single crystal n-type cadmium sulfide
CADMIUM SULFIDE↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Thin-Film Cadmium Sulfide Solar Cell Array on Plastic Substrate
Thin film cadmium sulfide solar cell array on plastic substrate development
SUBSTRATE↗
Some Problems of the Thin Film Cadmium Sulfide Solar Cell
Storage stability, moisture degradation, and thermal cycling duration of thin film cadmium sulfide solar cells
SOLAR CELL↗
High photovoltages in cadmium sulfide films
Larger-than-band-gap photovoltages in cadmium sulfide thin films with high resistances due to nonuniform distribution of trapped carriers
THIN FILM↗
The ultraviolet reflection spectrum of cadmium sulfide
Ultraviolet reflection spectrum of cadmium sulfide crystals
ULTRAVIOLET SPECTRUM↗
Electrical conduction processes in thin films of cadmium sulfide
Electrical conduction properties of vacuum evaporated thin cadmium sulfide films
CADMIUM SULFIDE↗
Effect of moisture on cadmium sulfide solar cells
Moisture effect on thin-film cadmium-sulfide solar cells
MOISTURE↗
Thermal cycling of thin-film cadmium sulfide solar cells
Thermal cycling of thin-film cadmium sulfide solar cells
CADMIUM SULFIDE↗
Impurity photovoltaic effect in cadmium sulfide.
Impurity photovoltaic effect in cadmium sulfide, noting radiative enhancement of spectral response upon illumination with green light
CADMIUM SULFIDE↗
Electrical contacts to cadmium sulfide single crystals Technical report no. 2
Multilayer metal deposition technique to provide electrical contacts for cadmium sulfide single crystals
CADMIUM SULFIDE↗
Photoconductivity and its infrared quenching in mercury sulfide crystals with Cu and Ag impurities
Intrinsic photoconductivity and infrared quenching regularity in mercury sulfide crystals with copper and silver impurities within framework of semiconductor model
SULFIDE↗
Production and annealing of intrinsic defects in X-ray irradiated cadmium sulfide
Photoconductivity of X-ray irradiated cadmium sulfide single crystal and annealing of intrinsic defects
ANNEALING↗
Effect of Various Optical Radiations and Water Vapor on Trapping Spectrum of Cadmium Sulfide
Effect of optical radiations and water vapor on trapping spectrum of cadmium sulfide
TRAPPED RADIATION↗
Development of cadmium sulfide photovoltaic film cells Final report
Controlled carrier concentrations and improved cell conversion efficiencies in cadmium sulfide photovoltaic film cell
PHOTOVOLTAIC CELL↗
Chemical sensitization of single crystal cadmium cadmium sulfide
Chemical sensitization used to stimulate photosensitivity of single crystal cadmium sulfide
DOPING↗
Some problems of the thin-film cadmium-sulfide solar cell.
Humidity and simulated space environment effect on various cadmium-sulfide thin film solar cells, noting degradation rates
THIN FILM↗
Mechanism of cadmium sulfide film cell.
Cadmium sulfide film cell photovoltaic effect and mechanism, discussing cell structure and spectral response
PHOTOVOLTAIC EFFECT↗
Global Airborne Sampling Reveals a Previously Unobserved Dimethyl Sulfide Oxidation Mechanism in the Marine Atmosphere
Dimethyl sulfide (DMS), emitted from the oceans, is the most abundant biological source of sulfur to the marine atmosphere. Atmospheric DMS is oxidized to condensable products that form secondary aerosols that affect Earth’s radiative balance by scattering solar radiation and serving as cloud condensation nuclei. We report the atmospheric discovery of a previously unquantified DMS oxidation product, hydroperoxymethyl thioformate (HPMTF, HOOCH2SCHO), identified through global-scale airborne observations that demonstrate it to be a major reservoir of marine sulfur. Observationally constrained model results show that more than 30% of oceanic DMS emitted to the atmosphere forms HPMTF. Coincident particle measurements suggest a strong link between HPMTF concentration and new particle formation and growth. Analyses of these observations show that HPMTF chemistry must be included in atmospheric models to improve representation of key linkages between the biogeochemistry of the ocean, marine aerosol formation and growth, and their combined effects on climate.
DMS gas-phase oxidation product↗