CAJ | 학술논문

碲锌镉单晶体是近年发展起来的一种性能优异的三元化合物晶体材料，具有良好的光电性质，被广泛用于制作核辐射探测器、红外探测器外延衬底等而引起了越来越多的研究者重视。研究碲锌镉晶体生长方法，对于低成本制备大体积、高质量的碲锌镉单晶体具有重要意义。数值模拟的发展，加深了对各种生长碲锌镉单晶体技术的认识，对加大碲锌镉单晶生长及应用的研究具有重要的意义。
제자력단정체시근년발전기래적일충성능우이적삼원화합물정체재료，구유량호적광전성질，피엄범용우제작핵복사탐측기、홍외탐측기외연츤저등이인기료월래월다적연구자중시。연구제자력정체생장방법，대우저성본제비대체적、고질량적제자력단정체구유중요의의。수치모의적발전，가심료대각충생장제자력단정체기술적인식，대가대제자력단정생장급응용적연구구유중요적의의。
Tellurium cadmium zinc single crystal, as an excellent ternary compound crystal material, is widely used as the nuclear radiation detector and the substrate for infrared detector epitaxial for its excellent photoelectric properties. As a result, the CdZnTe crystal has attracted more and more researchers' attention. It is very significant to research the growth method of CdZnTe crystal to obtain CdZnTe single crystal of low cost, high quality and large volume. The development of numerical simulation can deepen the understanding of CdZnTe crystal growth method technology and is very important to the research of its growth method and its application.