The sublimation and high-temperature thermodynamic properties of solid solutions of MnSe and CdSe
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Sigai, A. G.↗
Engineering topics
Sigai, A. G.
Publications and source records attributed to Sigai, A. G..
Solid-gas phase equilibria and thermodynamic properties of cadmium selenide.
Accurate vapor pressures are determined through direct weight loss measurements using the Knudsen effusion technique. The experimental data are evaluated by establishing the mode of vaporization and determining the heat capacity of cadmium selenide at elevated temperatures. Additional information is obtained through a second- and third-law evaluation of data, namely, the heat of formation and the absolute entropy of cadmium selenide. A preferential loss of selenium during the initial heating of CdSe is observed, which leads to a deviation in stoichiometry.
Sigai, A. G.↗
Vapor phase growth system and its use in the preparation of several III-V compound semiconductors
Vapor phase growth and properties of semiconductor materials
Enstrom, R. E.↗
Crystal growth and transport properties in the mixed system MnSe-CdSe
MnSe-CdSe mixed crystals growth investigation by elements, binary compounds and solid solutions vapor transport properties
Sigai, A. G.↗
Preparation of visible-light-emitting p-n junctions in AlAs
Visible light-emitting p-n junctions formed in AlAs via Zn diffusion into single crystal n- type vapor grown AlAs layers
Ettenberg, M.↗
Vapor-phase growth technique and system for several III-V compound semiconductors Interim scientific report
Vapor phase growth technique for III-V compound semiconductors containing aluminum
Clough, R.↗
Variation of the optical energy gap with composition in MnSe-CdSe solid solutions
Composition dependence of optical energy gap and diffuse reflectance in MnSe-CdSe solid solutions
Sigai, A. G.↗
Phase studies of the systems Mn-S, Mn-Se, and MnS-MnSe
Phase equilibria in Mn-S, Mn-Se and MnS-MnSe systems by X ray diffraction after preparation by annealing
Sigai, A. G.↗
Phase studies of the systems Mn-S, Mn-Se, and MnS-MnSe.
Phase analysis of systems Mn-S, Mn-Se and MnS-MnSe by X ray diffraction techniques, revealing homogeneity ranges
Sigai, A. G.↗
Vapor transport and crystal growth in the mixed system MnS-MnSe
Iodine concentrations, temperature gradients and transport ampules etching effects on mass transport rate and crystal growth of MnS-MnSe- iodine system
Sigai, A. G.↗