矿物晶体腐蚀像是一种研究晶体对称、晶格缺陷等传统的方法。
Crystal etching, a traditional method to study the crystal symmetry and crystal defects, should be a new application in modern mineralogy.
分流电阻表示由于沿电池边缘的表面漏流或晶格缺陷造成的损耗。
The shunt resistance represents the loss due to surface leakage along the edge of the cell or due to crystal defects.
在还原稳定期能够不断完善晶粒的晶格缺陷，使晶格结构趋于稳定。
The lattice defects are improving and the lattice structures are tending to stability in the steady period.
认为该谱是由ntp自由基和晶格缺陷中的陷落电子两部分谱线迭加而成。
It is considered that the signal intensity of the system resulted from the superposition of signal intensity of NTP radicals and free electrons trapped in the lattice defects.
点缺陷是最基本的也是最重要的一类晶格缺陷，材料中或多或少的都存在一定浓度的点缺陷。
Point defect is the most fundamental but the most important one of crystal defects, existing at a certain concentration in all materials.
本发明能够抑制氧化物半导体层中晶格缺陷的形成并抑制湿气的进入，从而提高薄膜晶体管的可靠性。
According to the present invention, formation of lattice defect in an oxide semiconductor layer and entering of moisture can be prevented, improving reliability of the thin film transistor.
本文认为多余载流子的产生来源于中子辐照造成的晶格损伤缺陷，并与原始单晶缺陷有关。
We think that the excess carriers are generated from the lattice damage defects caused by the neutron irradiation, and may be affected by the as-grown defects of FZSi.
天然闪锌矿晶格中丰富的杂质缺陷在禁带中形成杂质能级，可将闪锌矿对光的响应拓展到可见光的波长范围。
The impurity defects, which caused impurity bands in the bandgap, of natural sphalerite could extend its absorbing range to the visible light wavelength range.
观察了增强扩散与剩余缺陷和晶格恢复之间的关系。
We have studied the relations of the enhanced diffusion to residual defects and lattice restoration in detail.
位错处存在晶格畸变，杂质易于在此处聚集，达到一定浓度就会抑制晶体在此处生长而形成V缺陷。
There were lattice distortions in the dislocations, impurities concentrated here easily, V defects appeared on the dislocation sites.
此方法的优点是缺陷光是不发散的，只需变换掩膜就可以得到不同类型的光子晶格，缺点是装置复杂，不易调节。
The advantages are that defects light are not divergent and just transforming mask can fabricate different types of photonic lattice. The disadvantages are complexity of device, not easy to adjust.
在前人研究的基础上，我们对二维正方晶格和六方晶格光子晶体缺陷的带结构进行了计算。
The band structures of square lattice photonic crystal and hexagonal lattice photonic crystal have been computed in the second chapter.
与此同时，在晶化时诱发了两种不同的从金红石晶格到阴离子缺陷的萤石晶格的拓扑转变。
Moreover, two distinct topotactic structural transitions from the rutile lattice to the anion-deficient fluorite lattice are triggered in the melt when crystallization begins.
缺陷的植入给光子晶格的应用带来了无限生机。
The defect was embedded into integrity photonic lattices, which it can bring many progresses to it.
此方法的优点是装置简单，容易调节，只需旋转圆柱透镜，就可以制作出和光轴方向不同的各种线状缺陷光子晶格。
The advantage is that simple device, easy adjustment and only revolving the column lens that can fabric various linear-defect in photonic lattices, they have different orientation relative toc-axis.
缺陷晶格的构造与研究是实现全光子集成器件的重要课题。
The fabrication and research of lattices with defect are a important task for the implementation of the all integrated photonic devices.
同时理论方法还表明，空位缺陷对薄膜热导率的巨大影响归因于晶格应力的存在使点缺陷也发生散射作用的结果。
In addition, theoretical analysis indicates that the reduction in the lattice thermal conductivity with vacancy defects can be explained by the enhanced point-defect scattering due to lattice strain.
两条二维三角晶格空气孔光子晶体波导由一个光子晶体微腔连接，在微腔的点缺陷中填充苯乙炔类液晶。
Two photonic crystal waveguides are connected by photonic crystal cavity. The point defect of photonic crystal cavity is filled with phenylacetylene liquid cyrstals.
如果样品中由于其他因素造成超晶格层起伏较大，那么超晶格层不仅起不到过滤缺陷的作用还会成为新的缺陷源，降低外延层质量。
The superlattice structure will become new dislocation source and decrease crystalline quality if the superlattice structure is not flat, which is caused by other factors.
如果样品中由于其他因素造成超晶格层起伏较大，那么超晶格层不仅起不到过滤缺陷的作用还会成为新的缺陷源，降低外延层质量。
The superlattice structure will become new dislocation source and decrease crystalline quality if the superlattice structure is not flat, which is caused by other factors.
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