1.
Study on Characteristics of Converging-Wave Based on Low Effective Permittivity Metamaterials
低有效介电常数复合材料的聚波特性研究
2.
The even or odd mode effective dielectric constant is calculated by inserting the magnetic wall or electrical wall at the lateral boundry.
通过在电路的两侧人为地插入电壁或磁壁，分别解出电路的偶模与奇模有效介电常数。
3.
Specific Phenomenon of Effective Permittivity for DMF-H_2O Solution
DMF水溶液的等效介电常数特异性
4.
Effective permittivity of dielectric sphere with an eccentric spherical inclusion
含有偏心球形微粒介质球的有效介电常量
5.
The high dielectric constant is characteristic of hydrogenbonded liquids.
高介电常数具有氢键液体的特征。
6.
complex dielectric permittivity
复电容率, 复介电常数
7.
Design of Probe for Effective Permittivity Measurement of Chemical Reaction in Dilute Solution;
稀溶液化学反应等效介电常数测量探头设计
8.
Experimental Study on the Effective Permittivity of Saponification Reaction;
乙酸乙酯皂化反应等效复介电常数的实验研究
9.
Study on the Equivalent Complex Permittivity of Liquid Phase Chemical Reactions;
液相化学反应体系等效复介电常数的研究
10.
The Model of Dielectric Constant for Rain and Estimation of Its Parameters;
雨介质的介电常数模型及其参数估计
11.
The more common electrical properties include electrical resistivity and conductivity, and the relative dielectric constant, which relates the accumulated charge across an insulator to the electric field.
通常的电性能有电阻率和电导率,相对介电常数,即绝缘体的蓄电荷与电场的关系。
12.
(Mg_(1-x)Zn_x)Al_2O_4 Low Dielectric Constant Microwave Dielectric Ceramics;
（Mg_（1-x）Zn_x）Al_2O_4低介电常数微波介质陶瓷
13.
Investigation on Permittivity Measurement Methods of Microwave Dielectric Materials;
微波介质材料介电常数测试方法研究
14.
Preparation and Property of High-k HfO_2 Gate Dielectric Materials
高介电常数HfO_2栅介质的制备及性能
15.
THE RECENT PROGRESS OF LOW DIELECTRIC CONSTANT MICROWAVE DIELECTRIC CERAMICS
低介电常数微波介质陶瓷的研究进展
16.
Research on the Effective Permittivity and Optimum Design of Absorbing Coating with Core-shell Type Inclusions;
核壳型颗粒复合材料等效介电常数预测及吸波涂层优化设计
17.
Study on Piezoceramics with High Dielectric and High Piezoelectric Coefficient;
高介电、高压电常数压电陶瓷的研究
18.
Findings show that CB is a kind of electric loss medium and it has high electric conductivity and dielectric constants.
研究结果表明,炭黑属于一种电损耗介质,具有较高的电导率和较大的介电常数。