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Photosensitization of CdxHg1-xTe epitaxial films by laser-induced shock wave

机译:激振波对CdxHg1-xTe外延膜的光敏作用

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Abstract: An action of powerful laser pulsed irradiation on photoelectric properties of epitaxial Cd$-x$/Hg$-1$MIN@x$/Te films with a cellular structure is studied. An increase in the photosensitivity of the investigated samples is attributed to the gettering and redistribution of electrically active point defects into crystal. Using the calculations of the temperature of the samples, the depth of chock wave formation and the shock wave pressure, one is shown that the shock wave, induced by nanosecond purposes of laser radiation in phenomena taking place plays the greatest role. It is confirmed by data obtained from original experiments especially carried out. !10
机译:摘要:研究了强激光脉冲辐照对具有细胞结构的外延Cd $ -x $ / Hg $ -1 $ MIN @ x $ / Te薄膜光电性能的影响。所研究样品的光敏性增加归因于电活性点缺陷在晶体中的吸杂和重新分布。通过对样品温度,塞波形成深度和冲击波压力的计算,可以看出,由纳秒级目的激光辐射引起的冲击波在发生的现象中起着最大的作用。通过从原始实验特别是进行的实验获得的数据可以证实这一点。 !10

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