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- W2970033710 startingPage "411669" @default.
- W2970033710 abstract "Abstract Density functional calculations of structural and optoelectronic properties of cubic MgxZn1−xSyTe1−y quaternary alloys are performed with mBJ, EV-GGA and PBE-GGA functional. Each quaternary specimen is direct band gap (Γ-Γ) semiconductor. Lattice constant reduces, while bulk modulus and band gap enhances nonlinearly with increase in S-concentration y at each Mg-concentration x. Again, nonlinear increment in lattice constant and band gap, but reduction in bulk modulus is found with increase in Mg-concentration x at each S-concentrations y. Contour plots for lattice constants and band gaps would be useful in fabricating new quaternary alloys with preferred optoelectronic features. Chalcogen-p→Zn-5s,4p; Mg-4s,4p optical excitations contribute intense peaks in each e 2 ( ω ) spectra. Composition dependence of each calculated zero-frequency limit shows opposite trend, while each calculated critical point shows similar trend of composition dependence of band gap. Calculations also suggested the possibility of growth of several said quaternary alloys on ZnTe, InAs and InP substrates." @default.
- W2970033710 created "2019-09-05" @default.
- W2970033710 creator A5001090629 @default.
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- W2970033710 date "2019-12-01" @default.
- W2970033710 modified "2023-10-01" @default.
- W2970033710 title "Structural and optoelectronic properties of cubic Mg Zn1−S Te1- semiconductor quaternary alloys-a first principles investigation" @default.
- W2970033710 cites W1498104297 @default.
- W2970033710 cites W1498375336 @default.
- W2970033710 cites W1542878418 @default.
- W2970033710 cites W1633003300 @default.
- W2970033710 cites W1658962191 @default.
- W2970033710 cites W1964910927 @default.
- W2970033710 cites W1966831501 @default.
- W2970033710 cites W1969435896 @default.
- W2970033710 cites W1971625101 @default.
- W2970033710 cites W1973366282 @default.
- W2970033710 cites W1974586427 @default.
- W2970033710 cites W1979077868 @default.
- W2970033710 cites W1981368803 @default.
- W2970033710 cites W1982069759 @default.
- W2970033710 cites W1982664426 @default.
- W2970033710 cites W1985131633 @default.
- W2970033710 cites W1986528210 @default.
- W2970033710 cites W1986803760 @default.
- W2970033710 cites W1987878153 @default.
- W2970033710 cites W1992538887 @default.
- W2970033710 cites W1993431118 @default.
- W2970033710 cites W1996300396 @default.
- W2970033710 cites W1996845210 @default.
- W2970033710 cites W1997853187 @default.
- W2970033710 cites W2000104862 @default.
- W2970033710 cites W2003189225 @default.
- W2970033710 cites W2006712206 @default.
- W2970033710 cites W2009008454 @default.
- W2970033710 cites W2009556477 @default.
- W2970033710 cites W2009592224 @default.
- W2970033710 cites W2010468860 @default.
- W2970033710 cites W2011181530 @default.
- W2970033710 cites W2015762944 @default.
- W2970033710 cites W2016688893 @default.
- W2970033710 cites W2017805851 @default.
- W2970033710 cites W2020823684 @default.
- W2970033710 cites W2021215993 @default.
- W2970033710 cites W2022188044 @default.
- W2970033710 cites W2024187139 @default.
- W2970033710 cites W2025347711 @default.
- W2970033710 cites W2026055782 @default.
- W2970033710 cites W2029069950 @default.
- W2970033710 cites W2030976617 @default.
- W2970033710 cites W2031975877 @default.
- W2970033710 cites W2032015316 @default.
- W2970033710 cites W2033396722 @default.
- W2970033710 cites W2039178798 @default.
- W2970033710 cites W2040301488 @default.
- W2970033710 cites W2040811423 @default.
- W2970033710 cites W2044398468 @default.
- W2970033710 cites W2047152444 @default.
- W2970033710 cites W2049396552 @default.
- W2970033710 cites W2049681700 @default.
- W2970033710 cites W2051412153 @default.
- W2970033710 cites W2053301641 @default.
- W2970033710 cites W2056905775 @default.
- W2970033710 cites W2057749051 @default.
- W2970033710 cites W2060532266 @default.
- W2970033710 cites W2062427442 @default.
- W2970033710 cites W2063936033 @default.
- W2970033710 cites W2066237701 @default.
- W2970033710 cites W2070065019 @default.
- W2970033710 cites W2078358189 @default.
- W2970033710 cites W2081421219 @default.
- W2970033710 cites W2082052569 @default.
- W2970033710 cites W2082297390 @default.
- W2970033710 cites W2085197068 @default.
- W2970033710 cites W2085240285 @default.
- W2970033710 cites W2085419648 @default.
- W2970033710 cites W2086427313 @default.
- W2970033710 cites W2088925839 @default.
- W2970033710 cites W2090605795 @default.
- W2970033710 cites W2091291512 @default.
- W2970033710 cites W2095517714 @default.
- W2970033710 cites W2140784433 @default.
- W2970033710 cites W2155220358 @default.
- W2970033710 cites W2158016138 @default.
- W2970033710 cites W2230728100 @default.
- W2970033710 cites W2267427635 @default.
- W2970033710 cites W2306153429 @default.
- W2970033710 cites W2909507805 @default.
- W2970033710 doi "https://doi.org/10.1016/j.physb.2019.411669" @default.
- W2970033710 hasPublicationYear "2019" @default.
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