Abstract
Results obtained using a numerical model for laser induced effects in Hg1—xCdxTe including Hg concentration change and heat flow feedback calculation are presented. Distribution of temperature, phase states and composition in the surface layers during and after the laser irradiation of Hg1—xCdxTe were calculated taking into account the effects of heat removal from the sample surface by evaporating Hg atoms. These results are in accordance with the experimentally observed polycrystallization of near surface layers of Hg1—xCdxTe induced by laser irradiation in air.
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