采用速率敏感晶体塑性理论,预测了面心立方金属板材单轴拉伸过程中主要理想取向的稳定性。
Orientation stability during uniaxial tension of face-centered cubic (FCC) metal sheets is predicted using a rate-sensitive crystal plasticity model.
XRD数据分析指出银纳米棒具有面心立方的晶体结构。
And data of XRD indicate that the silver nanorod has face-centered-cubic structure.
测试结果表明多元醇还原的钴粉为球形,晶体结构以面心立方为主,还有微量的简单六方;
The XRD shows that the cobalt powder exists mostly in face centered cubic (fcc) structure, a little in simple hexagonal.
结果表明,反应所得的产物为银枝晶结构,面心立方晶体。
The results indicate that the microstructure of silver is dendrite with FCC structure, which is composed of trunk, branch and leave.
结果表明,反应所得的产物为银枝晶结构,面心立方晶体。
The results indicate that the microstructure of silver is dendrite with FCC structure, which is composed of trunk, branch and leave.
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