模拟半导体表面熔层深度的JAVA跨平台应用程序

O. Galochkin, D. Uhryn, E.V. Vatamanitsa, I. Soltys
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引用次数: 0

摘要

本文描述了一种通过激光对CdTe半导体样品表面再结晶而获得p-n跃迁的方法,以及一个用Java开发的软件应用程序,该应用程序允许在半导体表面的激光照射下模拟外延层-衬底边界的热过程。它允许对熔化层的厚度进行预测,这将影响基于所获得的阻挡层制造的器件的参数。对半导体表面吸收激光辐射的过程进行了理论建模。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation of the depth of the melted layer on the surface of a semiconductor using JAVA cross-platform application
The paper describes a method for obtaining p-n transitions due to the laser recrystallization of the surface of CdTe semiconductor samples, as well as a software application developed in Java that allows the simulation of thermal processes at the boundary of the epitaxial layer-substrate with laser irradiation of the semiconductor surface. It allows to make predictions regarding the thickness of the melted layer, which will affect the parameters of the devices made on the basis of the obtained barrier layers. The theoretical modeling of the processes taking place at absorption of laser radiation by the surface layer of a semiconductor is carried out.
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