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一、前言资料[1]介绍了富碲碲镉汞液相温度的测量方法。本文在此基础上为液相外延膜生长工艺的研究提供了富碲(Hg_(1-x)Cd_x)_(1-y)Te_y区域相图。为获得消除富碲存在时的过冷效应,本文采用动力学方法进行计算。所以本工作相图数据是在大量的热分析试验的基础上取得的。所得到的液相温度曲线复盖了(Hg_(1-x)Cd_x)_(1-y)Te_y组份中x=0.05～0.10;y=0.72～0.85区域,为液相外延膜正在进行的研究提供了根据。本文为确保数据的可靠性,对相图中的三
First, the preamble [1] introduced the tellurium telluride mercury cadmium mercury liquid phase temperature measurement method. Based on this, the phase diagram of Hg_ (1-x) Cd_x) _ (1-y) Te_y region is provided for the study of the growth of liquid-phase epitaxial films. In order to get rid of the supercooling effect in the presence of tellurium, kinetic methods are used in this paper. Therefore, this work phase diagram data is obtained on the basis of a large number of thermal analysis tests. The resulting liquidus temperature profile covers the region of x = 0.05 to 0.10 and y = 0.72 to 0.85 for the (Hg_ (1-x) Cd_x) _ (1-y) Te_y component The research provided the basis. This article to ensure the reliability of the data on the phase diagram of the three