1.
Dynamic Anti-Plane Behaviors of a Semi-infinite Piezoelectric Medium with Circular Cavities;
含多个圆孔半无限压电介质的动力反平面特性
2.
The Anti-plane Problem of Uncircular Inclusion in a Infinite Piezoelectricity;
无限压电介质中非圆夹杂的反平面问题
3.
Doundary Element Method for Semi-Infinite Domain and Layered Media and Its Programming;
半无限域及层状介质边界元方法及程序开发
4.
Analysis on the lowest particle size of effective separation by HM cyclone with un-pressurized feeding
无压给料三产品重介质旋流器分选下限的分析
5.
The coulomb forces in dielectric
无限大均匀介质中电荷间的相互作用力
6.
Near Field Radiative Heat Transfer about Nanoparticles and Semi-Infinite Media;
球形纳米粒子与半无限大介质的近场辐射换热研究
7.
NEAR FIELD RADIATIVE HEAT TRANSFER ABOUT NANOPARTICLES AND SEMI-INFINITE MEDIA
球形纳米粒子与半无限大介质间的近场辐射换热研究
8.
dielectric semiconductor interface
电介质 半导体界面
9.
Dynamic Anti-plane Behaviors of an Semi-infinite Piezoelectric Medium with an Circular Cavity and an Crack Near the Surface;
半无限压电材料界面附近圆孔与裂纹的动力反平面特性
10.
Analysis of Electric Field Containing Thin Layer Media by Using Finite Elemet Method--The Calculation of the Electric Field at the Terminalof EHV Transformer Windings
含厚薄极不均匀介质电场的有限元分析——超高压变压器绕组端部电场的计算
11.
The Filtration Problem in Partially Saturated Layered Porous Media with Infinite Half-boundary;
层状多孔介质渗流方程的半无界问题
12.
Research and Realization of No-Medium Hardware-In-The-Loop Simulation System
无介质半实物仿真系统的研究与实现
13.
diffraction on edge of semiinfinite screen of eletromagnetic wave
电磁波在半无限屏缘的衍射
14.
The generation of electricity or of electric polarity in dielectric crystals subjected to mechanical stress, or the generation of stress in such crystals subjected to an applied voltage.
压电由机械压力引起电介质晶体放电或电极，或因应用电压而使电介质晶体产生压力
15.
Scattering problem of SH wave on crack in functionally graded piezoelectric piezomagnetic strip of ceramic bonded to a homogeneous functionally graded materials
具裂纹功能梯度压电带拼接半无限大功能梯度材料的SH波散射问题
16.
Development of High Frequency and High Voltage Power Supply Used in Discharge of Dielectric Barrier;
介质阻挡放电用高频高压电源的研制
17.
Study on the Lead-free Low Loss Y5P-152 High Voltage Ceramics;
无铅低损耗Y5P-152高压介质瓷料的研究
18.
This paper discusses the most suitable design of the homocentric ball capacitor on the condition that the maximum pressure endurance is limited and the puncture field is strong.
讨论了在限定最大耐压值及介质的击穿场强的情况下，同心球形电容器的最佳尺寸设计。