1.
Research on the Preparation of Bi_2Te_3 Nanometer Thin Films by Electrochemical Atomic Layer Epitaxy;
电化学原子层外延制备Bi_2Te_3纳米热电薄膜的研究
2.
Growth of VA-VIA Group Compound Semiconductor Thermoelectric Nanofilms Via the Route of Electrochemical Atomic Layer Epitaxy;
VA－VIA族化合物半导体纳米热电薄膜的电化学原子层外延生长
3.
Research on the Preparation of Nanometer Thin Film of Thermoelectric Material by ECALE;
电化学原子层外延制备纳米薄膜热电材料的研究
4.
Investigation on the damage from ECR Ar-plasma cleaning in the interface of low temperature epi-silicon by UHV/CVD
微波等离子原位表面清洗对超高真空低温气相硅外延层界面损伤的研究
5.
The Study on the Properties of CdTe Buffer Layer for MBE HgCdTe Epilayer
分子束外延HgCdTe薄膜的CdTe缓冲层特性研究
6.
The outermost electron is shielded from the nucleus.
原子核对最外层电子的作用受到屏蔽。
7.
Donding of interfaces atoms in epitaxial growth of ZnSe thin films on Si(001) substrate
Si(001)外延ZnSe薄膜界面原子的结合与成键
8.
A Study of In Situ Annealing of MBE Growth Hg1-_xCd_xTe
分子束外延生长Hg1-_xCd_xTe材料原位退火研究
9.
Some layers between the third and last layers of an atom contain as many as 32 electrons.
原子内第三层和最外层之间的一些电子层，含有多达32个电子。
10.
The atomic external levels of majority are not be padding.
大多数原子的外层并没有被填满。
11.
principle of leads and lags
(外汇) 提前与延后原则
12.
extension principle of propositional logic
命题逻辑的外延性原理
13.
Silicon epitaxial layers--Determination of carrier concentration--Mercury probe Voltage-capacitance method
GB/T14146-1993硅外延层载流子浓度测定汞探针电容-电压法
14.
Gallium arsenide epitaxial layer-Determination of carrier concentration-Voltage-capacitance method
GB/T11068-1989砷化镓外延层载流子浓度电容-电压测量方法
15.
A simple and useful characterization of the outer electrons in an atom is the idea of valence.
对原子外层电子的简单而有用的描述是原子价的概念。
16.
A Study of Enhancement of Adatom Incidence on Formation of Misfit Dislocations in Epitaxial Aluminum Films;
沉积原子入射对外延铝薄膜中失配位错形成的诱发作用研究
17.
An ion is an atom that, through electron transference, has lost or gained electrons in its outer shell.
离子就是经过电子转移而失去或获得外层电子的原子。
18.
The outer electrons of the atoms in a metal wire are continually moving from one atom to another and back again.
在金属电线中，原子的外层电子总是来回不断地从一个原子移向另一个原子。