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Refractive index n versus photonenergy for of x=0.5 300 K. (Kaneko and Kishino (1994)). |
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Refractive index n versus photon energy for x=0.51. 300 K. (Schubert et al. (1995)). |
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Normal incidence reflectivityversus photon energy. 300 K. 1 x=0 (InP). 2 x=1 (GaP). (Aspnes and Studna (1983)). |
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Optical absorption spectra for different values of x. 7 K. 1 x=0.016, 2 x=0.026, 3 x=0.057, 4 x=0.078, 5 x=0.076, 6 x=0.093, 7 x=0.09, 8 x=0.116. (Bensaada et al. (1994)). |
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The absorption coefficient versus photon energy. 300 K. 1 x=0 (InP), 2 x=1 (GaP). (Adachi (1989), Aspnes and Studna (1983)). |
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