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Zinc selenide films and heterojunctions
Journal of Applied Physics, 1992Polycrystalline films of zinc selenide (ZnSe) have been deposited on glass and ZnO:F/glass substrates at 400–500 °C by the reaction of diethylzinc (DEZn) and diethylselenium (DESe) in a hydrogen atmosphere. The DESe/DEZn molar ratio in the reaction mixture is an important factor affecting the deposition rate and dopant incorporation in deposited films.
T. L. Chu +5 more
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Hydrothermal crystallization of Zinc selenide
Journal of Crystal Growth, 1970Abstract ZnSe was crystallized under hydrothermal conditions from (OH) - solutions in the presence and in the absence of Li + . Growth rates were measured on seeds of appropriate orientation and deduced from an examination of the morphology of spontaneously nucleated crystals.
E.D. Kolb, R.A. Laudise
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Precipitation effects in indium-doped zinc selenide
Physica Status Solidi (a), 1981Single crystals of zinc selenide are grown containing indium in concentrations ranging from 5 to 1000 ppm, using a vapour phase technique. Solubility of the indium in the zinc selenide is complete under the growth conditions employed. Examination of chemically thinned samples of such crystals in the transmission electron microscope shows that the only ...
G. J. Russell, B. Vincent, J. Woods
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Current photoresponse of an electrolyte–zinc selenide junction
Physica Status Solidi (a), 1979Photocurrents obtained by excitation of an electrolyte–zinc selenide junction with the aid of photons whose energy is lower than the semiconductor band gap (2.7 eV) are analyzed. It is possible to explain the shape of the experimentally obtained photoresponses by transfer of photoexcited electrons from the valence band to energy levels located below ...
P. Lemasson, J. Gautron
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Optical Dispersion of Zinc Selenide
Journal of Applied Physics, 1964The refractive index as a function of optical wavelengths for ZnSe, a semiconductor, has been measured outside and within its broad absorption band. The data are presented in a table and in a dispersion curve.
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Luminescence of manganese in zinc selenide
Physica Status Solidi (a), 1973J. W. Allen, M. D. Ryall, E. M. Wray
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Temperature dependence of multiphonon absorption in zinc selenide
Applied Optics, 1977Bulk and surface absorption coefficients of zinc selenide have been measured by 10.6-microm laser calorimetry at temperatures between 200 degrees C and 300 degrees C. The surface absorption characteristic shows evidence of the disappearance of an absorbing species at temperatures above 120 degrees C and the thermal activation of a second species above ...
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