Optical energy gap variation in GaxIn1−x As alloys

John C. Woolley; Mathew B. Thomas; Alan G. Thompson

doi:10.1139/p68-023

journal article Jan 15, 1968

Optical energy gap variation in GaxIn1−x As alloys

John C. Woolley Mathew B. Thomas Alan G. Thompson

Canadian Journal of Physics Vol. 46 No. 2 pp. 157-159 · Canadian Science Publishing

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Abstract

Room-temperature optical energy-gap values have been determined for GaxIn1−x As alloys, and have been corrected, where necessary, for the Burstein effect by finding Fermi energy values from thermoelectric power data. The results show good agreement with the empirical equations given previously for mixed III–V alloys.

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Published: Jan 15, 1968
Vol/Issue: 46(2)
Pages: 157-159
License: View

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John C. Woolley, Mathew B. Thomas, Alan G. Thompson (1968). Optical energy gap variation in GaxIn1−x As alloys. Canadian Journal of Physics, 46(2), 157-159. https://doi.org/10.1139/p68-023

Optical energy gap variation in GaxIn1−x As alloys

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