晶体晶面

金属氧化物微纳米晶体晶面可控生长与其特性研究以及纳米晶体在生物分子检测中的应用

Synthesis and Properties of Surface-Controlled Metal Oxides Micro / Nanocrystals , Application of Nanocrystals in Biomolecular Detection

水热法合成α-Al2O3晶体的晶面形态

Interface Morphological Forms of α - Al_2O_3 Crystal Synthesized by Hydrothermal Method

极性对重掺GaAs晶体中小晶面效应的影响

Influence of Polarity on the Facet Effect in Heavily Doped GaAs Crystals

并依此建立了评价金刚石晶体各晶面中任意方向研磨难易程度的PBC模型。

According to this interpretation , a PBC model is built to evaluate the extent of hard lapping in different orientations on different crystal planes in diamond .

取得以下主要结论：从原油中分离出的蜡晶为正交晶型的晶体，晶面距为0。

The results show that the wax crystals separated from crude oil are orthorhombic crystals whose interplanar spacing is0 .

分离出的蜡结晶为正交晶型的晶体，晶面距为0.4156nm，结晶度为70.5%，表现为长程有序；

The results show that the wax crystals separated from crude oil are orthorhombic crystals whose interplanar spacing is 0.415 ? 6 nm and crystal degree is 70.5 % , showing long-range order .

同时通过纳米划痕试验研究KDP晶体（001）晶面上不同晶向的摩擦系数。

At the same time the friction coefficient with different orientation on ( 001 ) plane is studied through the scratch experiment .

体心立方晶体{100}{110}{112}晶面上全位错反应系统

Perfect Dislocation Reaction Systems on { 100 } { 110 } { 112 } Planes in the BCC Lattice

还可对单晶体材料进行三维晶面定向.旋转定向法测试晶体取向具有快速简便、一机多用、精度高等优点，在电子、光学、磁性、机械等材料研究领域具有广泛的应用。

The RO-XRD method is simple , quick , adaptable and precise for measuring crystal orientation , therefore , it has wide potential applications in the fields related to electronic , optical , magnetic materials and engineering materials .