1.
The effect of Ti-doping and stress relaxation layer on adhesion strength of DLC thin film
Ti掺杂及Ti应力缓和层对类金刚石薄膜附着力的影响
2.
Study on the Stress and Optical Properties of Ti-buffered ZnO Films
Ti缓冲层对ZnO薄膜应力和光学性能的影响
3.
Effect of the GaAs/GaSb combination strain-buffer layer on self-assembled InAs quantum dots
GaSb/GaAs复合应力缓冲层上自组装InAs量子点的生长
4.
An Intelligent Design Technology of Alleviated Thermal Stress FGMs;
缓和热应力型FGM梯度化智能设计技术
5.
Study on the Stress Field and Movement Laws of Overlying Strata in Gently Inclined Multi Coal Seams Mining;
缓倾斜多煤层开采围岩应力场及岩层运移规律研究
6.
Residual Stress reduction of c-BN Films with one BN_x Interlayer Deposited by RF Magnetron Sputtering
BN_x过渡缓冲层对磁控溅射c-BN薄膜残余应力的影响研究(英文)
7.
Scientists and politicians worldwide are working to slow the destruction of the ozone layer.
全世界的科学家和政治家正在努力减缓臭氧层的破坏。
8.
Cracking performance and crack closing of retard-bonded prestressed concrete beams
缓粘结预应力混凝土梁抗裂和裂缝闭合性能
9.
Fabrication of buffer layers and YBaCuO coated conductors by all chemical methods
全化学法制备缓冲层和YBaCuO超导涂层
10.
He tried to take the heat out of the situation, ie reduce the tension.
他竭力让局面缓和下来.
11.
The Free Vibration Analysis and Random Responses of the Prestressed Dual-Cable System
预应力双层索系的动力特性和随机反应分析
12.
Water pressure outside pressure tunnel under water-tight layer and effective stress of seepage
不透水层压力隧洞外渗透压力和渗流有效应力
13.
Application of air holders in gentle dip and thin seam
气垛支架在缓倾斜薄煤层中应用分析
14.
Thermal stress is bigger at bottom and on the top of building, and thermal stress is less in the middle of building.
温度应力总是在建筑物底层和顶部几层的应力较大,而建筑中部楼层的温度应力较小。
15.
ON THE QUALITIES AND ABILITIES REQUIRED OF MIDDLE-RANKED CADRES IN UNIVERSITIES AND COLLEGES;
论高校中层干部应具备的素质和能力
16.
Preparation of YBiO_3 Buffer Layers and YBCO Superconducting Thin Films by Magnetron Sputtering
磁控溅射制备YBiO_3缓冲层和YBCO超导薄膜
17.
During the air pressure test, boosting shall be carried out slowly and step by step.
气体压力试验时，应逐步缓慢增加压力。
18.
The Influence of In-situ Stress Gradient and Geothermal Temperature on The Calculation of Coalbed Gas Pressure
煤层温度和应力梯度变化对煤层瓦斯压力计算的影响