1) superlattice
[sju:pə'lætis]
超点阵
1.
The results show that the ordering degree of DO3 superlattice structure increases after heat tre.
结果表明,热处理使DO3超点阵有序度增加,球磨可增大微粉的长径比,铝在球磨中会析出,球磨70 h时晶粒尺寸最小,比饱和磁化强度最大。
2.
Various discharge modes, such as square, hexagon, superlattice, and like-glow discharge, have been observed in ac-driven gas discharge by using the dielectric barrier discharge device.
本工作采用介质阻挡放电装置,在交流气体放电中观察到不同类型的四边形、六边形、超点阵以及类辉光放电等放电模式。
3.
Composition analyses using electron energy-loss spectroscopy and energy dispersive X-ray show a slight loss of oxygen atoms in the superlattice phase.
此外,在样品中还观察到一种体心赝立方超点阵相,点阵参数为4a_p×4b_p×4c_p。
2) superlattice dislocation
超点阵位错
1.
Dissociation and core structure of 〈011 superlattice dislocation in γ TiAl single crystals;
γ-TiAl单晶中〈011]超点阵位错的分解及其核心结构
2.
In-situ observations on the superlattice dislocation in Ni_3Al single crystal;
金属间化合物Ni＿3Al中超点阵位错的原位加热观察
3) Multilayers and superlattice
一维超点阵
4) superlattice reflections
超点阵反射
5) superlattice intrinsic stacking fault(SISF)
超点阵内禀层错
6) semiconductor superlattice
半导体超点阵
补充资料：超点阵
见有序无序转变。
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