dielectric的例句大全

It is widely used for insulation, lubrication, anti-shock, anti-dust oil, dielectric liquor, heat carrier, defoamer, release agent, paint and additive in daily chemicals.

广泛用作绝缘润滑、防震、防尘油、介电液和热载体，以及用作消泡、脱模剂、油漆及日化品添加剂。

When nanocomposites were prepared by solution method, the tensile strength and tear strength increased, but dielectric loss decreased.

采用溶液混炼法制备复合材料时，SR的拉伸强度、撕裂强度明显提高，介电损耗降低。

In the developed method, all singularities were extracted and calculated in closed form. Secondly, in order to analysis Frequency Selective Surfaces ( FSS) which is loaded by dielectric, finite element tearing and interconnecting method and parallel multilevel fast multipole approach are adopted.

其次，为了分析含有介质加载的频率选择表面，有限元部分采用有限元撕裂对接法，边界积分部分采用并行快速多极子技术。

With dielectric constant distribution function of Fourier coefficients as a foundation, we calculated the arbitrary shape two-dimensional photonic crystals' bandgap structures by PWM ( Plane Wave Expansion Method).

有了介电常数分布函数的傅立叶展开系数做基础，用平面波展开法计算了任意形状二维介质光子晶体的带隙结构，求解带结构的主要方法是通过计算本征方程的特征根。

Computer aided test of sheet dielectric ε_r

片状电介质εr的计算机辅助测量

Characteristic equation of partly filling dielectric and expression of ε r was derived on the theory of rectangular waveguide, and computer aided test of sheet dielectric ε r was carried out through microwave computer aided test system.

基于矩行波导理论，导出了部分填充电介质的本征方程及εr的表达式，利用微波计算机辅助测量系统实现了片状电介质εr的计算机辅助测量。

The establishment of automatic measurement system with high efficiency provides effective test tool for microwave dielectric ceramics.

测试系统的建立为微波介质陶瓷的研究提供了有效测试手段。

Testing the Dielectric Constant of Liquid by Taking a Long Sample

长试样法测液体介电常数

Part-filled Sample Rectangle Waveguide Sensor for Testing Medium and High Loss Dielectric Material

电磁参数测试用部分填充试样矩形波导传感器

Analyzing and Testing Autosynchronous Vibration Screen with Multiple-motor Vibrator Automatic Measurement and Laser Trimming of Microwave Dielectric Resonator

多电机激振自同步振动筛的分析与测试微波介质谐振器自动检测与激光微调

The dielectric Loss is tested using the instrument of DETAL& 2000 and the dielectric loss obtained shows that it is negative at first and increases with higher testing voltage, furthermore becomes positive when sample surface is swamped.

利用DETAL&2000测试仪对电缆试样进行介质损耗角正切的测量试验，发现电缆试样的介质损耗角正切开始为负，但随着测量电压的升高逐渐增大，在试样发生表面击穿时，变成正值。

Study on Field Testing High Voltage Dielectric Loss of Current Transformer

电流互感器高压介损现场测量方法的研究

Dielectric Relaxation and Ferroelectric Phase Transition of Tetragonal Structure NBT-KBT Lead-free Ferroelectricity

四方相区NBT-KBT无铅铁电介电弛豫与铁电相变研究

Their dielectric properties are in accordance with those of the crystal in tetragonal structure. ( 5 refs.)

采用LCRMETER4225型仪器测量其电性能，测得的介电性能在测试温度范围内具有弥散性相变的特性，这与四方晶系的晶体结构是相符的。

Their piezoelectric and dielectric properties relate to the structure characters such as suitable tetragonality, moderate grain-size and Mn ions distributed on the grain boundary.

通过三个体系的比较，PLMN-PZT四元系材料适中的四方度、晶粒尺寸及晶界处锰的析出是它具有良好压电、介电性能的结构基础。

The theoretical calibration coefficient in the measurement of nonlinear dielectric constant with a scanning tip microwave near-field microscopy

扫描近场微波显微镜测量非线性介电常数的理论校准系数

Review on the theory of the dielectric dispersion of insulators

绝缘体介电色散理论评述

The theory of the dielectric dispersion of insulators is reviewed with special emphasis on the infrared and submillimeter-wave spectral regions.

对绝缘体的介电色散理论进行了评述，特别注重于红外和亚毫米波段。

A perturbation theory of electromagnetic fields in metal cavity has been presented according to the similarity of Helmholtz equation and schrdinger equation. When a dielectric is introduced in metal cavity, the electromagnetic fields and oscillating frequency may be changed.

根据电磁场Helmholtz方程与定态薛定谔方程的相似性，给出了金属谐振腔电磁场的微扰理论：在金属腔中放入一介质体时，原来空腔中电磁场的分布和谐振频率会发生改变。

The physical properties of the silicone elastomers were investigated by changing reactant ratio. The results indicate that with the increasing of the telechelic polysiloxane, the elastic modulus and dielectric constant were enhanced and hydrophobicity descended.

对不同原料配比对弹性体物理性质的影响进行了探讨，结果表明随着遥爪聚硅氧烷含量的增加，弹性体弹性模量和介电常数逐渐增大，其疏水性逐渐降低。