1.
IF Steel s Development,Application and Prospect;
IF钢(无间隙原子钢)的发展、应用及展望
2.
Study on Effects of Metallurgical Processing on Microstructure and Properties of Ferritic Hot-Rolled Deep-Drawing Interstitial-Free (IF) Sheet Steel
冶金因素对热轧深冲无间隙原子（IF）钢板组织性能影响的研究
3.
The Backlash Adjustment Moment Analysis on Double Cycloid no Backlash Steel Backlash Steel Ball Trausmlssion
双摆线无隙钢球传动间隙调节力矩分析
4.
This distance is usually considered the separation between two atoms or molecules.
通常将此间距称为两个原子或分子之间的空隙。
5.
First-principles study of hydrogen atom in interstitial sites of NiAl and Cr
NiAl和Cr材料中H原子间隙的第一性原理计算
6.
A diffusion mechanism whereby atomic motion is from interstitial site to interstitial site.
晶体扩散机制的一种。间隙原子由一个间隙位置迁移至邻近的间隙位置所构成的扩散。
7.
Interstitial Effect Studies on Rare-Earth Iron Permanent Magnetic Compounds;
稀土—铁金属间永磁化合物间隙原子效应的研究
8.
The silicon atom occupies the space opening(interstice)between the oxygen atoms and shares four valence electrons with the four oxygen atoms.
硅原子占据了氧原子之间的空隙并且和四个氧原子共用化合价。
9.
Lattice Vibration of One-Dimensional Monatomic Chain with an Interstitial Impurity;
含有间隙式杂质的一维单原子链的晶格振动
10.
Analyse the Reason of Axial Clearance Minishing of the Turbine Rotor of Daqi Power Plant
达旗电厂汽轮机转子轴向间隙减小的原因分析
11.
stator-to-rotor air gap
定子转子间的空气隙
12.
The pore spaces are completely dominated by primary porosity and pores, vogs and fractures with secondary origination.
孔隙空间主要是原生孔隙及由次生原因形成的孔隙和裂缝。
13.
The tetrahedral interstice consisting of 2La2Ni is the most stable site in perfect LaNi_5-H system. These two kinds of interfaces are all the most stable sites of H atoms. The H atoms will diffuse along the interface when trapped in it.
LaNi5H中氢原子在LaNi5晶格中最有利的位置是由2La2Ni组成的四面体间隙位。
14.
IPC Rotor Axial Clearance Minishing Analysis and Axial Positioning
中压缸转子轴向间隙减小的原因分析及轴系定位
15.
Research on Clearance Adjustment Mechanism and Clearance Control Technology of Cycloid Steel Ball Transmission
摆线钢球行星传动间隙调节机构及间隙控制技术研究
16.
In gases, the particles are far apart, with empty space between .
气体分子之间的间距大，彼此间有空隙。
17.
Effects of Environmental Factors on the Crevice Corrosion of Type 304 Stainless Steel;
环境因子对304不锈钢缝隙腐蚀的影响
18.
Hydrogen diffusion Models between Lattice Interstitial Sites and Hydrogen Trapping Sites in the Steel
氢在钢中晶格间隙和氢陷阱之间的扩散模式