dielectric polarization
英 [ˌdaɪɪˈlektrɪk ˌpəʊləraɪˈzeɪʃn]
美 [ˌdaɪɪˈlektrɪk ˌpoʊlərəˈzeɪʃn]
介电极化；电介质极化
双语例句
- Y-shaped Microstrip Fed Ceramics Dielectric Resonator Antenna with Circular Polarization
Y型微带线馈电的圆极化陶瓷介质谐振器天线 - Nonlinear theory of dielectric polarization: Electron as soliton
电介质极化的非线性理论&作为孤立子的电子 - Dielectric Model of Concentration Polarization in Pressure-driven Membrane Process
压力驱动膜过程中浓差极化的介电模型 - A Further Discussion about the Process of the Work and Energy of the Dielectric Polarization in the Parallel Capacitor
再谈平行板电容器内介质极化的功能过程 - Molecular interactions between extractant DAMP and water in Benzene have been studied by means of dielectric polarization measurement.
用介电法研究萃取剂DAMP与水分子的缔合作用。 - A discussion on the interaction between dielectric polarization and electric field by using the methed of signal flow graphs
用信号流图法讨论电介质极化与电场的相互作用 - This paper analyses the dielectric polarization and the dielectric constant, provids a method of measuring the dielectric constant and analyses how the dielectric constant varies with the frequency of the applied oscillation electric field.
分析了电介质极化时各宏观量之间的关系，电介质的相对介电常数εr的测量及其随交变电场频率变化的关系。 - By means of the theory of electrostatics and the dielectric polarization theory and method, the polarization mechanism of the dust particles in electrostatic precipitator ( ESP) was investigated and the relationship of the electrostatic energy, revolving moment and induction force to the electric field was derived.
应用静电学及电介质的极化理论方法，探讨电收尘器中粉尘粒子的电极化机理，建立了极化粉尘粒子的电势能、旋转力矩和感应力与电场的关系。 - The Analysis between the Work and Energy in the Process of Dielectric Polarization
电介质极化过程中的功能分析 - The framework is based on the theory of dielectric polarization.
分析过程基于介电极化理论。 - The dielectric relaxation is non-Debye dielectric relaxation when slow polarization effect cannot be neglected in the samples.
实验表明：介质中慢极化效应的存在使得其介电弛豫普遍都不是德拜型的； - In order to enrich this technique, from the mechanisms of dielectric polarization and loss, several aspects about dielectrometry technique to detect moisture content in pressboard are researched in this thesis, including the dielectrometry theories and development of the moisture one-line measurement system.
本论文从绝缘材料的介电极化及介电损耗机理出发，就介电测量技术用于绝缘纸板中的微量水分测量所涉及的多方面理论基础及测量系统的开发方法进行了研究探索。 - Four different kinds of polarization are made clear in the part of microcosmic model for dielectric polarization.
介质极化的微观模型这一部分讲清楚了4种不同的极化。 - A new method is introduced in this paper for field detection of the general status of oil paper insulation system by using dielectric polarization spectrum analysis.
介绍了一种利用绝缘介质极化特性在现场检测油纸绝缘总体状态的新方法。 - The dielectric constant-voltage curves and polarization hysteresis loops of BST thin films with different thicknesses were investigated.
6Sr0.4TiO3（BST）薄膜，研究了不同膜厚的BST薄膜的介电偏压特性曲线和电滞回线。 - A new concept of dielectric polarization& the theory of boundary screening
介电极化新概念&边界屏蔽理论 - While analyzing to experiment the phenomenon, dielectric polarization and dissipative mechanism are used for qualitative analysis, then put forward the frequency wave segment of eddy magnetic, which is likely to working on ice crystal's vegetal.
在分析实验现象时，利用介质极化和松弛损耗机理进行定性分析，提出了可能存在影响冰晶生长的旋转磁场频率波段。 - Study of Molecular Interactions in Extraction System with the Dielectric Polarization Measurement
介电法研究萃取体系分子间的相互作用 - Dielectric constant polarization coercive voltage and leakage current have relations with the thickness of thin films because of the interface layer.
界面层的存在使介电系数、自发极化、矫顽电压、漏电流都与薄膜的厚度有关。 - A mathematical model of transient electric field is deduced, which takes dielectric polarization loss and displacement current into account.
推导出了考虑介质极化损耗和位移电流情况下暂态电场计算的数学模型。 - It indicates that frequency domain method is not a proper method for describing dielectric spectroscopy, while the experimental results can not be explained by traditional dielectric polarization theory.
高频项复介电常数的实部在频率增大时变为负值，这说明介电谱用频域方法来描述是有缺陷的，其测量结果无法用传统的介电极化理论加以解释。 - An Analysis of Particulate's Field Charging Problem by the Use of Dielectric Polarization Theory
用电介质极化理论分析粒子的场荷电问题 - Microscopic mechanism of the dielectric response is studied through the dielectric polarization and loss theory.
通过电介质的极化和损耗原理研究了电介质响应的微观机制。 - Measured the dielectric properties of insulating films with different annealing temperature, according to the dielectric polarization theory in organic insulating material, analysis the relationship between dielectric polarization rate and dielectric constant, the effect of trap density on dielectric polarization and leakage current.
测量不同退火温度条件下绝缘膜的介电特性，根据有机绝缘材料介质极化理论，分析了介质极化率与介电常数之间的关系、陷阱密度对介质极化以及漏电流的影响。 - These numerical results can be used to guide the design and manufacture of devices based on dielectric elastomers and electrocaloric materials with variable ambient temperature. Finally, the constitutive relation and stability of dielectric elastomers undergoing polarization saturation has been discussed.
数值结果可以指导介电弹性体和电热材料变温应用器件的设计和制造。最后，探讨经历极化饱和的介电弹性体的本构关系和稳定性。 - The influence of beam parameters, rough surface dielectric property and polarization on the scattering cross sections is also numerically analyzed. 2.
数值分析了波束参数、粗糙面介电性质和极化特性对散射系数的影响。 - Contradiction between the equilibrium polarization and non-linear field-induced dielectric polarization in paraelectric layer is found.
我们发现平衡态极化与计算得到的非线性场致介电极化之间存在着矛盾。 - Meanwhile, the electromechanical stability and snap-through stability have also been investigated while dielectric elastomers undergoing polarization saturation. Furthermore, the influence of strain hardening on the electromechanical deformation exhibited by dielectric elastomers has been analyzed.
研究介电弹性体经历极化饱和情况下的机电稳定性和突跳稳定性，并分析应变硬化对弹性体电致变形的影响。 - 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。 - Moreover, dielectric, ferroelectric and leakage characteristics test results show that the buffer layer has a significant impact on the characteristics of the BFO thin film dielectric constant, remanent polarization, coercive field and leakage current.
另外，介电、铁电、和漏电等特性的测试结果表明不同的缓冲层对BFO薄膜的介电常数、剩余极化、矫顽场和漏电流等特性具有明显的影响。