Direct‐Indirect Crossover Points in Mixed A<sup>3</sup>B<sup>5</sup> Crystals

Bashenov, V. K.; Soloshenko, V. I.; Timofeenko, V. V.

doi:10.1002/pssb.2220700245

Physica Status Solidi (b)

1975

DOI: 10.1002/pssb.2220700245

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Direct‐Indirect Crossover Points in Mixed A³B⁵ Crystals

V. K. Bashenov

V. I. Soloshenko

V. V. Timofeenko

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1976

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Cited by 6 publications

References 14 publications

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Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In_1−xGa_xP

Lange¹,

Donecker²,

Friedrich³

1976

Physica Status Solidi (b)

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The direct E,, E, + A , and indirect E r -x transition energies of Ini-,Ga,P crystals are studied by electromodulation and wavelength modulation methods a t 77 K and room temperature. TheE, energy at 77 K and room temperature obeys a parabolic relation as a function of composition x with a bowing parameter of b = 0.764 and 0.76 eV, respectively. The E r -x energy a t 77 K can be expressed by a linear x-dependence with slope 0.072 eV. The crossover point a t 77 K is determined as xc = 0.72 0.015; E , = (2.300 f 0.003) eV. The spin-orbit splitting A, shows an upward bowing with bowing parameter -0.060 eV.

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Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In_1−xGa_xP

Lange¹,

Donecker²,

Friedrich³

1976

Physica Status Solidi (b)

View full text Add to dashboard Cite

show abstract

Calculation of electronic spectra of AIIIBV compounds and solid solutions using model pseudopotentials

Chaldyshev

Grinyaev

1983

Soviet Physics Journal

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Correlation between high-pressure effects and alloying in GaP and AlP

Kalai

Khelifa

Badi

et al. 1995

Materials Chemistry and Physics

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Direct‐Indirect Crossover Points in Mixed A³B⁵ Crystals

Cited by 6 publications

References 14 publications

Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In_1−xGa_xP

Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In_1−xGa_xP

Calculation of electronic spectra of AIIIBV compounds and solid solutions using model pseudopotentials

Correlation between high-pressure effects and alloying in GaP and AlP

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Product

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Direct‐Indirect Crossover Points in Mixed A3B5 Crystals

Cited by 6 publications

References 14 publications

Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In1−xGaxP

Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In1−xGaxP

Calculation of electronic spectra of AIIIBV compounds and solid solutions using model pseudopotentials

Correlation between high-pressure effects and alloying in GaP and AlP

Contact Info

Product

Resources

About

Direct‐Indirect Crossover Points in Mixed A³B⁵ Crystals

Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In_1−xGa_xP

Electroreflectance and Wavelength Modulation Study of the Direct and Indirect Fundamental Transition Region of In_1−xGa_xP