1.
Study on Gettering of Low Contamination by Helium-implantation-formed Cavities in Silicon;
氦诱生微孔对硅中低浓度杂质吸除的研究
2.
Gettering Efficiency of Au to Nanocavity Induced by He～+ Implantation;
硅中注氦诱生微孔对金吸除作用的研究
3.
Structure and Composition of Cavitated Layers by Helium/Oxygen Plasma Based Ion Implantation on Titanium Alloy;
钛合金等离子体基氦/氧注入微孔层成分与结构
4.
Characteristics of Low Power He Microwave Induced Plasma
低功率氦微波诱导等离子体的基本特性
5.
Mutagenesis on Gastrodin Producing Strain Rhizopus chinensis LN-A by He-Ne Laser and UV Irradiation
氦氖激光、紫外复合诱变天麻素产生菌华根霉LN-A的原生质体
6.
The Effect of He-Ne Laser Acupoint Irradiation on Ultrastructure and Expression of ChAT and BDNF after Hypoxia-ischemia in Neonatal Rat Brain;
氦氖激光对缺血缺氧新生大鼠脑超微结构及ChAT、BDNF表达的影响
7.
When helium burning takes over the main burden of energy generation in the star, the core expands somewhat, and the envelope contracts somewhat.
当氦燃烧成为星体能量产生的主要来源时，核心略微膨胀，而包层略微收缩。
8.
Unlike helium-4, it cannot be produced by radioactive decay.
与氦－4不同之处是，氦－3不能由放射性衰变产生。
9.
Standard theory predicts that two neutrinos are produced for every fusion of four protons into a helium nucleus.
标准理论预言，在由四个质子变成一个氦核的每一次聚变过程中要产生两个中微子。
10.
Frequency stabilized He-Ne laser (0.33μm) of neon saturated absorption
氦一氖0.633微米氖饱和吸收稳频激光器
11.
The force between a pair of helium atoms is so weak that helium does not solidify at all.
一对氦原子之间的作用力微弱得使氦根本不能固化。
12.
Preparation by microwave-induced combustion and characterization of porous Ce_(1-x)Nd_xO_(2-y)
多孔Ce_(1-x)Nd_xO_(2-y)的微波引诱燃烧合成及其表征
13.
Microsatellite analysis of gynogenetic diploids induced by heterologous sperm in Chlamys farreri
异源精子诱导栉孔扇贝雌核发育后代的微卫星分析
14.
Heat Transfer on Superconductor Wires with Porous Coatings in Superfluid Helium;
超导线及其多孔涂层在超流液氦内的传热性能
15.
complete equipment for microcellular PVC slippers
聚氯乙稀微孔拖鞋生产成套设备
16.
faces irradiated with joy [smile]
因喜悦[微笑]而生辉的脸孔
17.
Study on the Surface Micro-Porous Titanium/Ti Matrix Biomaterial;
表面微孔钛/钛基生物医学材料的研究
18.
Praparation of Poros A/W Bioactive Glass-ceramic
多孔A/W生物活性微晶玻璃的制备