$Investigation of the hydrostatic pressure dependence of the E <sub/>0</sub> gap, the excitonic binding energy and the refractive index of MOCVD-grown ZnTe layers$

Investigation of the hydrostatic pressure dependence of the E ₀ gap, the excitonic binding energy and the refractive index of MOCVD-grown ZnTe layers

Lindner, M; Schotz, G F; Link, P; Wagner, H P; Kuhn, W; Gebhardt, W

期刊名称Journal of Physics: Condensed Matter
作者Lindner, M; Schotz, G F; Link, P; Wagner, H P; Kuhn, W; Gebhardt, W
卷第4卷
期第30期
印刷ISSN0953-8984
电子ISSN1361-648X
文件大小613.79KB
发表时间1992-07-27
DOI10.1088/0953-8984/4/30/007
页码6401-6416

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Investigation of the hydrostatic pressure dependence of the E 0 gap, the excitonic binding energy and the refractive index of MOCVD-grown ZnTe layers

Investigation of the hydrostatic pressure dependence of the E ₀ gap, the excitonic binding energy and the refractive index of MOCVD-grown ZnTe layers