1) anti-phase boundary
反向畴
1.
The results showed that anti-phase boundary(APB) and stacking fault(SF) were observed by using TEM,which indicated that the dislocations cutting through γ\' precipitates was the main creep deformation mechanism at 760℃.
结果表明:在760℃/750MPa条件下蠕变时,IC10合金组织稳定,TEM位错形貌中有反向畴和层错,位错切过γ′是合金的主要蠕变机制。
2) domain inversion
畴反转
1.
Visualization of domain inversion region characteristics in RuO_2:LiNbO_3 crystal by digital holographic interferometry;
利用数字全息干涉术观察RuO_2:LiNbO_3晶体中畴反转的区域特性
2.
Ultraviolet laser-induced ferroelectric domain inversion in nearly-stoichiometric LiTaO3 was investigated.
对紫外激光诱导近化学计量比钽酸锂晶体铁电畴反转进行了实验研究。
3.
Experimental studies on the domain inversion in LiNbO 3 crystal by electron beam scanning were performed.
本文对用电子束扫描ＬｉＮｂＯ３晶体的负畴面实现畴反转进行了实验研究。
3) inversion domain boundary
倒反畴界
4) antiphase boundary
反相畴界
1.
Theoretical investigation of Ni_3Fe antiphase boundary;
Ni_3Fe合金反相畴界结构和能量研究
2.
Calculation of the antiphase boundary and site preference in Fe_3Al;
Fe_3Al反相畴界及择优代位的对势计算
3.
Energy calculation of the antiphase boundary and stacking fault in intermetallic compound of Ni_3Al by MAEAM;
金属间化合物Ni_3Al反相畴界能及层错能的改进分析型嵌入原子法计算
5) domain reversal
畴反转
1.
The results show that the switch field for 180° ferroelectric domain reversal in the near-stoichioment Mg:LiNbO 3 crystal decreases as / ratio incrwases.
0mm厚度的周期极化畴反转 。
6) antiphase domain
反相畴
1.
It can be seen that ceram melts partly and scatters and precipitates tiny ceramic phases under the action of high temperature by arc plasma,precipitated TiC presens namometer magnitude,and antiphase domain exsits in cladding,which is called plasma irradiation in.
在弧光等离子体高温作用下 ,陶瓷相TiC溶解、溃散及随后冷却时细小陶瓷相析出 ,析出的TiC呈纳米量级 ,且TiC中存在反相畴 ,称之为“等离子辐照反相畴” ,这是由等离子扫描的高能输入决定的。
2.
The antiphase domains of .
反相畴及出溶片晶是华中东部高压变质带中绿辉石的主要超微结构，出港片晶的大小受扩散速率和时间的控制，而反相畴的大小可作为变质温度和年龄的标志。
补充资料：畴量
1.畴，通"筹"。酌量，估量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条