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Investigation of the perfection of diffusion layers obtained in the diffusion of zinc in gallium arsenide

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Abstract

The degree of perfection of diffusion layers in gallium arsenide was investigated experimentally in relation to the surface concentration of zinc, the arsenic vapor pressure, the diffusion temperature, and the cooling conditions of the specimens after diffusion. By optical microscopy and X-ray diffraction it was shown that diffusion layers of gallium arsenide can be very strongly disrupted during the diffusion of zinc, and their structure may frequently approach that of mosaic crystals. This disruption is caused mainly by dislocations, which may exceed 107/cm2 in density. The disruptions are lower with lower surface concentration of zinc, with high arsenic vapor pressures (1.5 atm) compared with the normal, and with lower diffusion temperatures.

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The authors wish to convey their gratitude to V. A. Presnov and M. P. Yakubene for discussing the results and taking an interest in the work

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Zakharov, B.G., Khludkov, S.S. Investigation of the perfection of diffusion layers obtained in the diffusion of zinc in gallium arsenide. Soviet Physics Journal 9, 7–12 (1966). https://doi.org/10.1007/BF01103176

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  • DOI: https://doi.org/10.1007/BF01103176

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