1) MONOCRYSTAL
MONOCRYSTAL
1.
's MONOCRYSTAL catena.
重点对 De Beers公司的 MONOCRYSTAL 系列人造单晶金刚石坯件的使用特点作了综
2) monocrystal
单晶体
1.
The monocrystalline Ag films is prepared on two kinds of orientation NaCl substrate by an ion implantation method.
采用离子注入方法在两种取向不同的 Na Cl衬底上制备 Ag单晶薄膜 ,研究离子注入引起晶粒长大、形成单晶体的过程 ,探讨离子注入 Ag薄膜晶体生长的机
2.
This paper places particular emphasison the preparation of samples, including vacuum melting of Ni_3Al mother alloy,directional solidification of Ni_3Al monocrystal and vacuum diffusion welding ofNi_3Al bicrystal etc.
本课题是原国家教委留学基金项目“Ni_3Al双晶体的界面结构及强 度的研究”的一部分,侧重于试样的制备,包括Ni_3Al母合金的真空 熔炼、定向凝固制备Ni_3Al单晶体、真空扩散焊制备Ni_3Al双晶体等, 并对多晶Ni_3Al的界面构造作了初步探讨。
3) monocrystal
单晶
1.
Experimental Study on the Emission Property of the Monocrystal and Polycrystal LaB_6 Cathodes;
单晶和多晶LaB_6阴极发射性能的实验研究
2.
As an example of monocrystal W,Mo and alloys,the development of the directional solidification technology with electron beam floating zone melting for the preparation of refractory m.
本文综述了难熔金属及合金的应用和发展,以钼、钨及其合金单晶的发展历程为例,概述了难熔金属单晶的电子束悬浮区熔定向凝固制备技术的发展,简要介绍了难熔金属钼的电子束悬浮区熔定向凝固生长工艺与组织的研究。
3.
By means of the mechanic-physical solid state effects,the nanometer nickel powder hasbeenprepared.The powder exhibits the states of monocrystal and polycrystal which wereidentified by X-ray diffraction and TEM electron diffraction.
介绍了利用机械-物理固相效应制备纳米Ni粉,并用X射线衍射、透射电镜技术检测了它的微观结构,属于面心立方的金属Ni,粉末呈单晶和多晶簇团共存。
4) Monocrystal molybdenum
钼单晶体
1.
Monocrystal molybdenum is a kind of widely used and important refractory metal.
利用籽晶法电子束悬浮区熔技术成功制备了晶体取向为(111)的钼单晶体,采用多种分析测试手段,研究了区熔速率对钼单晶体质量的影响。
5) monocrystal silicon
单晶硅
1.
Molecular dynamics simulation in monocrystal silicon indentation;
单晶硅纳米级压痕过程分子动力学仿真
2.
A molecular dynamics(MD) simulation is carried out to analyze the effect of cutting edge radius,cut-depth,and grinding speed on the depth of subsurface damage layers in monocrystal silicon grinding processes on an atomic scale.
应用分子动力学仿真研究了原子量级条件下磨粒钝圆半径、磨削深度和磨削速度对单晶硅磨削后亚表面损伤层深度的影响。
3.
The authors carry out respective researches on the making of electrode,installation of experiment,choice of electrolyte for electrolysis hydrogenadulterated of p-type monocrystal silicon,and the distribution of shallow impurity consentyation of p-type moncrystal silicon of electyolysed.
分别对 P 型单晶硅电解掺氢的电极制作、实验装置、电解液的选择、电解后浅杂质浓度的分布等进行了研究。
6) diamond monocrystal
金刚石单晶
1.
Industrial applications of vacuum evaporation chromalization for diamond monocrystal;
金刚石单晶真空蒸镀铬的工业化应用
2.
Auger electronic energy spectrum was applied in the paper to analyze the metallic film surface of growing interface of diamond monocrystal and fine Auger spectrum of adjacent carbon atom,as well as Auger spectrum structure of the surroundings and surface of diamond monocrystal.
用A uger电子能谱技术分别进行金刚石单晶生长界面的金属膜表面及附近碳原子的精细A uger谱分析、金刚石单晶附近及其表面的A uger谱精细结构分析。
3.
Quantitative phase analyses on the diffusing reaction of diamond monocrystal and Ti plating film on its surface by using XPS have been made.
用X射线光电子谱(简称XPS)对金刚石单晶与其表面钛镀膜的扩散反应进行了定量相分析,成功验证了金刚石晶格中的碳原子与钛镀层之间的反应扩散模型。
参考词条
cBN monocrystal
monocrystal abradant
Monocrystal pulling
Ge monocrystal
monocrystal diamond tool
Monocrystal silicon sphere
MnZn ferrite monocrystal
Φ300 mm germanium monocrystal
SOI monocrystal silicon structure
large diameter silicon monocrystal
selenium monocrystal Se
monocrystal mineral scintillation detector
monocrystal,single crystal
monocrystal organic scintillation detector
flat crystal,platy monocrystal
4 inch diameter germanium monocrystal
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AVM玻璃固化法
补充资料:monocrystal
分子式:
分子量:
CAS号:
性质:基本上为同一点阵所贯穿的一个固体颗粒称为单晶。如铜的单晶,硅的单晶等。很多取向不同而机遇的单晶颗粒可以拼凑成多晶体。
分子量:
CAS号:
性质:基本上为同一点阵所贯穿的一个固体颗粒称为单晶。如铜的单晶,硅的单晶等。很多取向不同而机遇的单晶颗粒可以拼凑成多晶体。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。