1.
Calculation Model of Electron Displacement Polarizability in an Asymmetric Diatomic Molecule
一种非对称双原子分子的电子位移极化率计算模型
2.
The polarization mechanism of ferroelectric materials includes displacement polarization and turning-direction polarization.
铁电材料的极化机制包括：位移极化，转向极化。
3.
Experimental Study on Induced Polarization Potential of Rock Frequency Domain
岩样频率域激发极化电位的实验研究
4.
Theoretical Investigations of Electric Field Effect on the Hydrogen Bonding and Electron Transport in DNA Base Pairs
电场极化对碱基对质子转移和电子传递的影响
5.
centre beam convergence shift
中束会聚位移-六极校正：一字形排列电子枪
6.
Efficiency Optimization of New Stator-doubly-fed Doubly Salient Motor by Using Extreme Learning Machine
利用极端学习机的新型定子双馈电双凸极电机效率优化
7.
SUCCESIVE STANDARD ADDITION METHOD WITH EQUIPOTENTIAL CHANGE IN ION-SELECTIVE ELECTRODE ANALYSIS
离子电极分析中的等电位变化连续标准加入法
8.
Preparation of Ion-selective Electrode and the Research of Catalytic Potentiometric Titration;
离子选择性电极研制及催化电位滴定研究
9.
high electron mobility transistor
高电子迁移率晶体管
10.
If a non-polar molecule is subjected to an electric field, the electrons and nuclei are displaced and a diplo moment is generated.
如果一个无极分子被置于电场作用之下，则电子和核发生位移，从而产生一偶极矩。
11.
Whether the Coordination Number Influence Dependence of Static First Hyperpolarizability on the Atomic Number of Alkali Metal
配体数与电子化物的一阶超极化率的碱金属原子序数依赖性
12.
Research on Influence of Electrical Conductivity Distribution of Brain Tissue on Equivalent Dipole Localization;
头部组织电导率分布对等效偶极子定位影响的研究
13.
Online Efficiency Optimization of Stator-doubly-fed Doubly Salient Motor Based on Loss Modle
基于损耗模型的定子双馈电双凸极电机在线效率优化实验研究
14.
SO-FDTD analysis of EM scattering of magnetized ferrite
磁化铁氧体电磁散射的移位算子FDTD分析
15.
Optimization of Electric-Field and Potential Distribution along Composite Insulators Based on Configuration Method of Inset Electrodes and Grading Ring
内电极和均压环配置法优化复合绝缘子的沿面电场和电位分布
16.
center-off polarized relay
中位断开式极化继电器
17.
Theoretical Study of Polarizability and Hyperpolarizability of Molecule and Cluster;
分子和团簇的极化率及高阶极化率的理论研究
18.
AC current is liable to have corrosive potential drift to active area, changes the form of metal polarization curve and thus increases the density of passive current.
交流电可引起腐蚀电位向活化区漂移、改变金属极化曲线的形状且增大钝态电流密度。