锆合金基体与氧化膜表面失配的计算

C. Pei, Xia Xu
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引用次数: 0

摘要

本文对A、B两组锆合金在不同织构下的错向进行了计算。根据薄膜生长失配原理,A组合合金表面的成核面主要为(200)、(020)、(002)三个晶面,且晶面与生长晶面(104)、(105)、(106)失配超过65%;另一方面,b -复合合金表面的形核面主要是(011)、(110)、(101)、(102)和(103)晶面,由于生长晶面失配,形核面比例仅为40%或更低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calculation of Surface Mismatch between Zirconium Alloy Matrix and Its Oxide Film
In this paper, the calculation of the misalignment of the zirconium alloysof the two groups of A and B in different textures is carried out. According to the mismatch principle of film growth, the nucleation planes of the surface of the A combination alloy are mainly (200), (020), (002) three crystal planes, and the crystal plane mismatches with the growth crystal planes (104), (105), (106) exceeds 65% ; on the other hand, the nucleation planes on the B-composite alloy surface are mainly (011), (110), (101), (102), and (103) crystal planes, which are only 40% or lower with the growth crystal plane mismatch.
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