在另一个晶体表面生长一种晶体。
The growth of one crystal on the surface of another crystal.
KDP晶体表面雾化与金刚石车削参数有关。
Surface fogging of KDP crystal is associated with several parameters of the diamond cutting.
表面吸附足量的防灰雾剂后，晶体表面突起不明显。
When the antifoggant was adsorbed on the surface of the crystal, few protrusions were found.
从微观水平分析了杂质对晶体表面台阶生长速率的影响。
The influence of impurities on crystallization process and properties of products has been reviewed.
本文讨论了晶体表面结构和负离子配位多面体结晶方位的关系。
The relationship between the crystallographic orientation of anionic coordination polyhedra and the surface structures was discussed in this paper.
本文采用微扰的方法讨论了极性晶体表面的激子在磁场中的性质。
The properties of surface excitons of a polar crystal in a magnetic field are discussed by using a perturbation method.
采用本方法制备的挤压十二面体金纳米晶体表面能较高，催化性能好。
The squeezed dodecahedral gold nano-crystal prepared by the method has the advantages of high surface performance and good catalytic property.
他们也用了一个石英晶体岩洞和一个盐制的晶体岩洞来研究晶体表面的特性。
They also visited a quartz crystal cave and a salt crystal cave to study the properties of crystal surfaces.
指出了晶体表面结构，显示了负离子配位多面体在晶体生长过程中的结晶轨迹。
It is suggested that the surface structures show the locus formed by the combination of growth units of anionic coordination polyhedra on different surfaces during crystal growth.
本发明是一种用于铁电晶体表面电畴结构检测的静电微粒显示剂及其检测方 法。
The invention is a static particle displaying agent for detecting ferroelectric crystal surface electric domain structure and the detecting method thereof.
取得具有原子级分辨的场离子像，并对钨场离子像反映的晶体表面结构进行了分析。
The field ion image of tungsten with resolution of atomic level has been obtained and the surface structure of tungsten has been analysed.
结果表明：可溶磷主要分布在二水石膏晶体表面，其含量随磷石膏粒度增加而增加。
Experimental results show that water_soluble P 2O 5 is distributed on the surface of dihydrate gypsum crystals. Its content increases with increase of size of phosphogypsum.
晶体倍频中当晶体表面法线与相位匹配方向不一致时，需调整入射光方向使相位失配最小。
It is necessary to adjust the direction of incident light for minimum phase mismatching when the direction of phase matching deviated from crystal normal direction.
可以得出结论，在该种参数配置下，辐射的频率输出是随着光子晶体表面缺陷的加大而减小。
Thus we can try to obtain larger output frequency through making larger defect in the photonic crystal.
在一般的近代物理实验教材中，关于电子衍射实验采用的是晶体表面反射衍射或金属箔透射衍射。
The experiment methods are generally crystal surface reflection or metallic foil projection in the textbooks of modern physics experiments.
方法936眼超声乳化术后，用裂隙灯观察3个月，确定人工晶体表面膜形成发生的眼数及程度。
Method Observe 936 eyes under crevice light for 3 months to affirm the Numbers and degrees of membrane formation.
塑料粘结炸药(PBX)的机械撞击感度远低于单纯炸药，这因为塑料包覆层改进了炸药晶体表面性质。
The impact sensitivity of plastic-bonded explosives (PBX) is significantly smaller than that of without plastic, because plastic may improve the surface property of explosive crystal.
本文从理论和实验两个方面讨论了钼酸铅晶体表面的宽带红外增透膜的设计以及其在真空环境中的制备。
Design and fabrication of the broadband infrared antireflection coating on PbMoO4 single crystal in vacuum are explored theoretically and experimentally.
我们的研究目的即在从了解晶体表面的物理性质出发，尝试制作极微小的结构，同时研究它们的各种物性。
It is our goal to fabricate such materials and to investigate their unique natures utilizing our knowledge gained from the studies of crystalline surfaces.
利用光学显微术观察了原生晶体的表面形貌，发现了微管在晶体表面的露头点具有明显的多个螺位错成核特征。
It is found that outcrops of micropipes on the crystal surface possess remarkable feature of double or multiple screw dislocations.
晶体表面因复盖有细胞碎片和基质而容易引起聚集，聚集的晶体与暴露的基底膜接触，对微结石的形成起核心作用。
Some crystalline aggregates coming in contact with an exposed basement membrane become attached and play an important role in the formation of microliths.
由此可以看出，研究冷却液对KDP晶体表面质量的影响，推广冷却液在我国KDP晶体加工过程中的应用具有重要的理论和现实意义。
So, it has important theories and realistic meanings to research the influence of cooling fluid on the KDP crystal surface quality and extend the use of the cooling fluid at the SPDT process inside.
研究了800nm，150fs，250kHz的飞秒激光脉冲分别在空气中，去离子水中以及无水乙醇中垂直聚焦于氧化锌晶体表面，诱导形成不同形态的纳米结构。
When 800 nm. 150 fs, 250 kHz femtosecond laser pulses were focused on the surface of ZnO in air, distilled water and ethanol, different nanostructures were produced.
论文初步分析了晶体表面形貌形成的原因，证明晶体中的各种缺陷也影响了晶体生长，由此得出方解石晶体表面形貌的形成是二维成核生长机制与缺陷生长机制共同作用的结果。
Analyzing the formation of growth morphology, the research proves that the crystal defects affect crystal growth. It can be concluded that the 2d nucleation and crystal defects control calcite growth.
但是由于矿物晶体粉碎过程中表现出沿解理面解理破裂的强烈倾向，使得矿物粉体表面具有平整的解理面及尖锐的棱角。
Mineral powders are good crystalline, and they break along the cleavage plane when they are comminuted, which cause the mineral powders have flat surfaces and sharp edge angles.
重复合成5次后，在载体表面形成一层致密、连续的沸石晶体层。
After several hydrothermal synthesis steps, a dense intergrown zeolite crystal layer about 15~20 mm in thickness was formed on the outer surface.
重复合成5次后，在载体表面形成一层致密、连续的沸石晶体层。
After several hydrothermal synthesis steps, a dense intergrown zeolite crystal layer about 15~20 mm in thickness was formed on the outer surface.
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