1.
The Application of Heterogenous Interface Control-blasting Techniques in the Mining of High-level Pillars at Anqing Copper Mine
异质界面控制爆破技术在安庆铜矿高阶段矿柱回采中的应用
2.
IMPROVING THE PERFORMANCE OF EXTENDED WAVELENGTH InGaAs PHOTODETECTORS BY USING DIGITAL GRADED HETEROINTERFACES SUPERLATTICE
异质界面数字梯度超晶格对扩展波长InGaAs光电探测器性能的改善
3.
Study of CdTe/CdS Polycrystalline Films and the Interface of the Heterojunction;
CdTe/CdS多晶薄膜及其异质结界面的研究
4.
Sb/As Exchange at the Interface of Heterostructures
半导体异质结界面处Sb/As交换反应研究
5.
Investigation of bonded InP/GaAs interface by XPS
InP/GaAs异质键合界面的XPS研究
6.
Bimaterial Interface Problem is Analyzed Using Reduction Method of B·E·M;
边界元子域缩聚法分析异质材料界面问题
7.
Numerical Simulation of Creep and Fatigue Damage for Interface Moving Graded Materials;
移动界面异质材料的蠕变疲劳及损伤过程模拟
8.
A Study on Brazing of Graphite to Brass and Analyse of Interfacial Microstructure
石墨黄铜异质钎焊研究及界面结构分析
9.
Electron-optical-phonon Scattering Rate in a Strained GaN/GaxIn1-xN Heterojunction
应变对GaN/Ga_xIn_(1-x)N异质结中界面声子的影响
10.
Numerical Simulation for Shock Induced Interfacial Instabilities of Heterogeneous Gases
激波诱导异质气体界面失稳的数值模拟
11.
It is shown that the epitaxial layers have flat interface of heterojunctions and good crystal quality.
结果表明外延层具有平坦的异质结界面和良好的晶体特性。
12.
Study on Al-5Ti-1B Master Alloy Prepared under Ultrasound and α-Al/Diboride Interface;
超声制备Al-5Ti-1B中间合金及α-Al/异质核心界面研究
13.
Time-distance Simulation of P-wave Reflection from 3D Dipping Interface in Anisotropic Media;
各向异性介质中三维倾斜界面P波反射时距模拟
14.
Interface Impurity States and Bound Polarons in Realistic Semiconductor Heterojuntion Potential under Magnetic Fields and the Pressure Effects;
磁场下实际半导体异质结势中界面杂质态和束缚极化子及压力效应
15.
Fracture Analysis of Antiplane Interface Crack between Two Dissimilar Orthotropic Composite Materials
正交异性双材料反平面界面裂纹分析
16.
Stress Singularity of Interface End and Experimental Research on Interface Debonding;
界面端奇异性和界面失效问题的实验研究
17.
dielectric semiconductor interface
电介质 半导体界面
18.
The information asymmetry between organizations and the otherness between inhomogeneous subjects are the main reasons to arise interface obstacles of technology transfer between organizations.
组织间的信息不对称,不同质的主体间的差异性,是引起组织间技术转移界面障碍的主要原因。