dielectric capacity
英 [ˌdaɪɪˈlektrɪk kəˈpæsəti]
美 [ˌdaɪɪˈlektrɪk kəˈpæsəti]
介电常数；电容率
双语例句
- The present stage common method is utilize electric conduction nature and dielectric characteristic difference to recognize fluids, for example conductance method, electric capacity law and so on.
现阶段运用最多的是利用油气与水的导电性质和介电特性的差异识别井内流体的方法，例如电导法，电容法等。 - Magnetic field distribution of low frequency electromagnetic wave in even medium is analyzed, which is related to the medium's dielectric coefficient and magnetic inductive capacity.
分析了低频电磁波在均匀介质中的磁场分布，其分布与介质的介电常数、磁导率密切相关。 - When the reaction was undertaken in a solvent with a higher dielectric constant or in a mixed solvent, a phosphoric acid with a higher phosphorus content a better exchange capacity could be obtained.
用高介电常数溶剂及混合溶剂，能得到较高磷含量及交换量的产品。 - The paper expounds the quantitative models of dielectric recovery process and voltage recovery process in contact gap, compares the theory criterions about various contacts breaking capacities, and discusses the importance of increasing breaking capacity by optimum seeking and improving contact material.
阐述了触头间隙介质恢复过程和电压恢复过程的定量模型，分析比较了已有的触头分断能力理论判据，论述了触头材料的优选与改进对提高分断能力的重要性。 - Polyimide ( PI) had been widely used in electric industries because of their outstanding characteristics, such as excellent tensile strength and modulus, low thermal expansivity and dielectric constant ε, good insulation capacity and good resistance to organic solvents.
聚酰亚胺因为其优异的性能被广泛的应用于电气工业，例如高强度与高模量，低热膨胀系数和介电常数，优异的绝缘性能和耐溶剂性。 - In order to reduce the effect of dielectric coefficient and magnetic inductive capacity on pipeline robot's localization, an N order K nearest neighbor ( K-NN) electromagnetic wave localization algorithm is presented.
为了减小传输介质介电常数、磁导率参数对管道机器人定位的影响，提出了N次K-NN分类算法。 - Partial discharge and monitoring of dissolving gas in oil for transformer, dielectric loss factor and capacitance and three-phase unbalanced current for capacity type equipments, monitoring of resistance current for metal oxide lightning arrester are mainly introduced.
主要介绍局部放电和油中溶解气体监测；对电容式设备，主要介绍介质损耗因数、电容量及三相不平衡电流监测； - It is concluded that the reduction of equivalent buried insulator thickness based on high dielectric constant is beneficial to conduction of heat, and high thermal conductivity of buried insulator materials improves the capacity of conduction of heat, effectively bring down self-heating effect.
最后得到，高介电常数等效埋层厚度的减小利于热泄散，高热导率的埋层材料提高了导热能力，在双重因素作用下有效抑制了自加热效应。 - Study on relative dielectric constant for measuring capacity in sticky dielectric Results The gel exhibited fine consistency and moderate viscosity.
黏稠电介质的介电常数测量电容器的研制结果凝胶剂质地均匀、细腻、黏稠度适中。 - Cold dielectric ( CD) high temperature superconducting ( HTS) cable has compact structure, small size, capacity, no electromagnetic pollution and many other advantages. It will realize large-scale application in the future high temperature superconducting transmission field.
冷绝缘高温超导电缆结构紧凑，具有体积小、容量大、损耗低、无电磁污染等诸多优点，在未来的高温超导输电领域将得到大规模的应用。 - Point to the problem of hard to choose high dielectric constant material, this paper introduces the interleaved structure. It makes low dielectric constant material for high capacity possible.
对于高介电常数的介质材料难以选择的问题，引入了交错并联结构，使当选用低介电常数材料也能实现大电容。 - The numerical calculations of the dielectric recovery characteristic are the basis of the research of the breaking capacity.
对冷态下介质恢复特性进行数值计算是研究断路器开断性能的基础。 - 110~ 220kV XLPE power cable has been an important component of the power system. XLPE power cable has many advantages, such as excellent dielectric properties and heat resistance, large transmission capacity, light weight, simple structure of cable terminations, and facilitated installation.
110～220kVXLPE电缆已成为电力系统的重要组成部分，XLPE电缆具有优良的介电性能和耐热性能、传输容量大、重量轻、电缆终端头结构简单、安装敷设方便。 - Measuring dielectric dissipation to the difference value and electric capacity ratio with relative comparison method, comparing two phase equipment with the current signal recordings of screen, it can eliminate impact of system operation mode and external environment factors to measure as much as possible.
采用相对比较法测量介损差值与电容量比值，取两个同相设备末屏电流信号作比对，能够尽可能消除系统运行方式和外部环境因索对测量的影响。 - Doping of Ni/ Co did not change the phase structure, but increased the dielectric loss capacity. The dielectric polarization process was ascribed to ionic polarization.
经过Ni掺杂、Co掺杂以及Ni/Co共掺杂后，产物的形貌、晶相变化不明显，但介电损耗强度增大，主要极化机理归因于离子极化。