晶面,Crystal face
1)Crystal face晶面
1.In this paper,the relationship between the crystal face index and the film quality in the vapor epitaxial growth of single crystal diamond film is analyzed,and it points out that the key factor which insures the film quality is to control the experimental conditions.分析了气相同质外延单晶金刚石膜中晶面指数与薄膜品质的关系 ,指出了控制实验条件是确保各晶面薄膜品质的关键 。
2)crystal plane晶面
1.Silver gets (200) and (111) preferred orientation in stainless steel and TiN ofcrystal plane respectively.银在不锈钢和TiN膜上的晶面择优取向分别为(200),(111)。
2.Two kinds of hexagonal column-like ZnO crystals with different exposure of(0001)crystal plane were prepared by changing the hydrothermal treatment time.通过改变水热反应时间制得了2种(0001)晶面显露情况不同的六方短柱状ZnO微晶。
3)crystallographic plane晶面
1.Using the analytical methord of reciprocal lattice, the author has approched the relationship between the widecrystallographic planes(HKL)and crystal interplannar specings d_(HKL), and thecrystallographic planes(hkl) and crystal interplanar spacings d_(hkl).用倒易点阵分析法探讨Bravais晶格点阵广义晶面(HKL)及面间距d_(HKL)与晶面(hkl)及面间距d_(hkl)之间关系。
4)crystal surface结晶表面;晶面
5)crystal lattice interface晶格界面
1.Molecular dynamics simulation of adsorption of PLL (poly-lysine) oncrystal lattice interfaces;分子动力学模拟聚赖氨酸在晶格界面上的吸附
6)crystal interface晶体界面
1.By analyzing the structure of catalyst crystal,the effect of temperature on the lattice structure of catalyst metal and the solubility and diffuse velocity of carbon in catalyst,the effect of other elements added in catalyst metal on the activity of carbon and the effect of separating energy,crystal interface etc.通过对催化剂晶体结构的分析,讨论了温度对催化剂金属晶格结构的影响,温度对催化剂中碳的溶解度与扩散速度的影响;催化剂金属中其他元素的加入对碳活度的影响,以及析出能量、晶体界面等对碳纳米管生长的影响。
英文短句/例句
1.Molecular Dynamics Simulation of Protein Adsorption on Crystal Interfaces;蛋白质在晶体界面上吸附的分子动力学模拟
2.Slow Light Effect in a Dielectric Waveguide of a Single Photonic Crystal Interface单光子晶体界面介质波导中的慢光效应
3.Refraction of the e-wave Normal on the Boundary Surface between Uniaxial Crystal and Isotropic Medium;各向同性介质与单轴晶体界面上e光波法线的折射
4.Shape of the Solid-liquid Interface during CZ Growth of YAG and Doped YAG Crystal钇铝石榴石晶体固液界面形状的研究
5.The Microstructure and Mechanical Property of Lead-free Solder/copper Single Crystal Interface;铜单晶体/无铅焊料的界面组织与性能
6.Similar solution to one-dimensional crystal growth question of the straight interface;平直界面一维晶体生长问题的相似解
7.Reflection and transmission at interface of uniaxial crystals光在两单轴晶体间界面的反射和透射
8.INFLUENCE OF INTERFACE BETWEEN GRAIN BOUNDARY FERRITE AND PRIOR AUSTENITE ON BAINITE TRANSFORMATION IN A LOW CARBON STEEL低碳钢中晶界铁素体/原奥氏体界面对贝氏体转变的影响
9.The Effect of the Silicate System Crystallization Condition to the Melt Structure and the Morphology of the Crystal\Melt Interface硅酸盐体系结晶条件对晶体生长界面附近熔体结构及晶体形貌的影响
10.Monitoring Crystal Liquid-solid Interface by Eddy Current Sensor晶体固液界面的涡电流冷态模拟监测研究
11.A Study on Interface and Compounding Mechanism of Interfaces of Polycrystalline Diamond Compacts;聚晶金刚石复合体界面及复合机理的研究
12.The Influence of Interface Effects on the Band Structures in 2D Phononic Crystals界面效应对二维声子晶体材料能带结构的影响
13.Study of the Noise Characterization Model of BJTs Radiation Based on Damage of the Interface Material基于界面材料损伤的晶体管辐射噪声表征模型
14.Reflection and Refraction at Interface of Crystal:From Crystal to Isotropic Medium光从晶体到各向同性介质界面的反射和透射
15.Z. Zhang and W. Geng, "Direct observation of misfit dislocations at the interface between a decagonal quasicrystal and its epitaxial crystalline layers", Phil. Mag. Lett., 65 (1992) 211-218.“十面体准晶与其表面晶体之间界面失配位错的直接观察”,哲学杂志>,(英国).
16.lattice dynamics of crystal surface晶体表面晶格动力学
17.Recrystallization on Interface between NiCoCrAlYTa Coating and Nickel-Based Super-AlloyNiCoCrAlYTa涂层/镍基单晶高温合金界面再结晶
18.Any of the surfaces of a rock or crystal.表面岩石或晶体的表面
相关短句/例句
crystal plane晶面
1.Silver gets (200) and (111) preferred orientation in stainless steel and TiN ofcrystal plane respectively.银在不锈钢和TiN膜上的晶面择优取向分别为(200),(111)。
2.Two kinds of hexagonal column-like ZnO crystals with different exposure of(0001)crystal plane were prepared by changing the hydrothermal treatment time.通过改变水热反应时间制得了2种(0001)晶面显露情况不同的六方短柱状ZnO微晶。
3)crystallographic plane晶面
1.Using the analytical methord of reciprocal lattice, the author has approched the relationship between the widecrystallographic planes(HKL)and crystal interplannar specings d_(HKL), and thecrystallographic planes(hkl) and crystal interplanar spacings d_(hkl).用倒易点阵分析法探讨Bravais晶格点阵广义晶面(HKL)及面间距d_(HKL)与晶面(hkl)及面间距d_(hkl)之间关系。
4)crystal surface结晶表面;晶面
5)crystal lattice interface晶格界面
1.Molecular dynamics simulation of adsorption of PLL (poly-lysine) oncrystal lattice interfaces;分子动力学模拟聚赖氨酸在晶格界面上的吸附
6)crystal interface晶体界面
1.By analyzing the structure of catalyst crystal,the effect of temperature on the lattice structure of catalyst metal and the solubility and diffuse velocity of carbon in catalyst,the effect of other elements added in catalyst metal on the activity of carbon and the effect of separating energy,crystal interface etc.通过对催化剂晶体结构的分析,讨论了温度对催化剂金属晶格结构的影响,温度对催化剂中碳的溶解度与扩散速度的影响;催化剂金属中其他元素的加入对碳活度的影响,以及析出能量、晶体界面等对碳纳米管生长的影响。
延伸阅读
晶面晶体在自发生长过程中可发育出由不同取向的平面所组成的多面体外形，这些多面体外形中的平面称为晶面。特定取向的晶面必定与晶体中对应的一组互相平行的平面点阵相平行。可以规定一套整数hkl来反映某特定晶面及其相应平面点阵组的取向，这一套整数称为晶面指标。晶面(或平面点阵组)指标的严格定义是晶面在三个晶轴上的倒易截数之比。设a、b、c为晶体的一套基向量，晶面在a轴、b轴、c轴上所截长度分别为ra、sb、tc,则r、s、t为晶面在三个晶轴上的截数，而为倒易截数。将晶面在三个晶轴上倒易截数之比化为一组互质整数,即则这一套互质整数即为晶面指标,用(hkl)符号来表示。图中示出金属铜单晶的晶面指标及其相应取向。晶体在实际生长过程中，基于能量的原因，一般是指标小的晶面较易在晶体的外形中呈现出来。不同指标、不同取向的晶面由于原子、离子、分子排列上的差异，将具有不同的物理和化学性质，这是晶体各向异性的一种表现。晶面间距定义为与晶面对应的平面点阵组中相邻平面点阵的垂直距离。如对具有简单立方点阵型式的晶体，指标为hkl的晶面间距dhkl与晶胞参数a有dhkl＝的关系。对于具有带心点阵型式的晶体，计算dhkl值时要作一定的修正。
