face of crystal

英 [feɪs ɒv ˈkrɪstl] 美 [feɪs əv ˈkrɪstl]

【化】晶面

化学



双语例句

  1. I starting to face the reality of myself, truthfully and objectively; no matter it is the outer glitering crystal or the inner poppy flowers.
    无论是光鲜亮丽展露在世人面前的剔透水晶,还是在心底隐晦地藏苟且残喘了很多年的那些罂粟花瓣。
  2. In the earth's early history, perhaps a self-replicating protein formed on the face of a calcite crystal.
    在地球的上古史中,有复制能力的蛋白质,搞不好就是在方解石晶面上形成的。
  3. Pass through watchcase lateral window of face of looking glass of4 sapphirine crystal, the machine core clarity of wonderful artical excelling nature is visible.
    透过表壳侧面的四个蓝宝石水晶镜面窗口,巧夺天工的机芯清楚可见。
  4. All of the currents ( in virtually all integrated circuits) are confined to a very thin region near one face of a semiconductor crystal.
    所有的电流(在所有的集成电路中)实际上局限于靠近半导体晶体面非常薄的区域内。
  5. Based on the assumption about the atomic boundary conditions and the calculation method of covalent election average density on the crystal face, the electron density of those crystal faces on which atoms arrange more intensively is analyzed and calculated by employing EET ( empirical electron theory).
    按程氏理论中关于原子边界条件的设想,根据晶面平均共价电子密度(简称电子密度)的计算方法,运用余氏理论对奥氏体和马氏体原子排列较密集晶面的电子密度进行分析和计算。
  6. 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。
  7. Observation of the surface morphology on the ( 001) face and investigation of the crystal habits of CMTD crystals
    CMTD晶体(001)面的表面形貌观测及其结晶形态研究
  8. The calculation includes theoretical stress on breaking face of the mineral crystal material and theoretical tensile strength of the mineral fibrious material.
    计算分矿物晶体材料断裂面上理论应力(解理应力)与矿物纤维材料理论抗拉强度两部分;
  9. At the same time, because of preferred adsorption of citric acid on [ 111] face, the growth of C axis is strongly inhibited, consequently leading to the transformation of dihydrate crystal from needle-like to short prismatic.
    柠檬酸对二水石膏[111]面钙离子的选择性吸附,抑制了二水石膏在C轴上的生长,改变了二水石膏的晶体形貌,使其由针状转化为短柱状;
  10. The diamond has few crystal defects, with only some stress field from plastic deformation and some face defects from growth interface of seed crystal. Such few crystal defects can show that this natural diamond grows in comparatively stable environment.
    该金刚石晶体中晶体缺陷很少,仅存在部分由塑性形变产生的应力场以及由籽晶生长界面产生的面缺陷,表明该金刚石晶体所处的生长环境较为稳定。
  11. Impurity Deposition on { 01 · 2} Face of < 10.4>~ n Direction Grown LiNbO_3 Crystal
    <10·4>方向生长的铌酸锂晶体中{01·2}面上的杂质沉积
  12. Results The distance between focus point and end face of crystal is calculated.
    结果计算出了焦点位置与晶体端面的距离。
  13. Micrograph analysis on the face ( 111) layer dislocation etching pits of Si epitaxial crystal slice
    再结晶Zn中的位错蚀斑硅外延片(111)面层错腐蚀坑显微图象分析
  14. The stability of the crystal growth face in a two dimensional mathematical model of crystal growth from solution under microgravity is studied.
    研究在微重力条件下溶液法晶体生长的一个二维数学模型中晶体生长界面的稳定性问题。
  15. Determination of symbol of crystal face by using formulas of interfacial angle is a kind of experimental method for calculating interfacial angle value of two adjacent crystal faces after zircon crystal is measured.
    锆石晶体测量后,用面角公式计算相邻两晶面面角值来标定晶面符号是一个探索性的方法。
  16. Reflection interference modulator for optical signal in fiber transmission system was designed based on the multiple-beam interference effect of the echo wave which was aroused on the end face of fiber and the face of the crystal.
    利用光纤传输系统中菲涅耳反射所产生的反射回波和多光束干涉效应设计了一种反射型光纤信号干涉调制器。
  17. The mass spectrum analysis of crystal face ( 100) and ( 111) and the photoluminescence analysis of crystal face ( 100) in the photoelectronic material InP were given.
    文章给出了光电子材料InP的(100)和(111)晶面质谱分析的结果,对(100)晶面做了光荧光分析。
  18. In experiment, comparing the technology of hand-grinding with machine-polishing, end face of solid double-clad fiber and photonic crystal fiber are primarily grinded with the details of experimental operation technique being improved.
    3实验上,对实心双包层光纤和光子晶体光纤端面进行研磨处理,并对比机器研磨和手工研磨两种技术,改进和提高相关实验操作技术。