1.
Magnetoelastic Second Order Harmonic Resonance Analysis of a Conductive Cylindrical Shell
导电圆柱壳体磁弹性二阶谐波共振响应分析
2.
The electric potential of a line charge and a cylindroid conductor system
线电荷与接地椭圆柱形导体系统的电势
3.
A Study of the Eddy Current Distribution inside a Conductor Cylindrical Boundary Surface for Quasi-steady-state
似稳条件下导体圆柱面内的涡电流分布研究
4.
Solution of the Eddy Current Distribution inside a Conductor Cylindrical Boundary Surface for Quasi-steady-state
似稳条件下导体圆柱面内的涡电流分布的求解
5.
Investigation of Characteristics of Scattering for a Target Irradiated by a Strong Electromagnetic Pulse;
圆柱导体对强电磁脉冲的散射特性研究
6.
tap with plain cylindrical pilot
带普通外圆导柱的丝锥
7.
The Interaction Force between a Line Charge and a Charged Cylindrical Conductor and Its Change Curve
直线电荷与带电圆柱导体间的互作用力及其变化曲线
8.
cylinder type synchronous generator
圆柱磁场式同步发电机
9.
On Scattering Characteristic of Conductor Cylinder Covered by Left-handed Material to Plane Electromagnetic Wave;
左手介质覆盖导体圆柱对平面电磁波的散射特性研究
10.
According to the superposition theorem of the field, the series solutions of the potential and the field of a thin cylindrical surface having limited length charged uniformly are derived.
由场的叠加原理,导出了有限长均匀带电薄圆柱面电势和电场的级数表达式.
11.
Characteristic Analyse of Left-Handed Material Cylindrical Waveguide Mode
左手介质圆柱形波导的模式特性分析
12.
4. Incremental length diffraction coefficients(ILDC?s) are obtained for theshadow boundaries of perfectly electrically conducting(PEC) convex cylinders ofgeneral cross section.
4、给出了具有广义雷达截面的理想导电凸圆柱阴影边界的增量长度绕射系数。
13.
This is a cylinder composed solely of carbon atoms, and one of its properties is good electrical conductivity.
碳纳米管是一种全部由碳原子组成的圆柱体，它的一大优点是良好的导电性。
14.
Cylindrical shaft extension for rotating electrical machines
GB/T756-1990旋转电机圆柱形轴伸
15.
The cylinder is caused to rotate by means of a small electric motor.
转动圆柱体是由小电动机带动的。
16.
The Wave in a Fluid-Filled Borehole Excited by a Cylindrical Piezoelectric Transducer;
圆柱形压电换能器在井中激励的声场
17.
Electric Field Intensity of a Uniformly Charged Cylindrical Surface With Limited Length;
有限长均匀带电薄圆柱面面上的场强
18.
On Applying Conformal Transformation to the Calculation of the Capacitance of the Parallel Cylinder;
利用保角变换法计算两平行圆柱电容