电场耦合

GIS三相快速瞬态电压测量中电场耦合系数函数的分析

Analysis for Electric Coupling Coefficient Functions in Three Phase VFT Voltage Measurement of GIS

GIS三相同壳母线快速暂态相电压测量中的主导电场耦合系数分析

Analysis of dominant electric coupling coefficients on VFT phase voltage measurement in three-phase enclosed GIS

根据电场耦合系数函数的特性，应分别将3个电容传感器安置于A、B、C三相导体在外壳上的近距点处。

Furthermore , according to characteristic of the electric coupling coefficient functions , three capacitive sensors are fixed at the shortest points of phase A , B , and C.

在测量中需要3个电容传感器，每个传感器同时受A、B、C三相电压的电场耦合。

In order to measure three phases voltage , three capacitive sensors are needed and each capacitive sensor is coupled with the electric field of ( A , B , and C ) three phases voltage .

为了测量GIS中三相快速瞬态电压，需要三个电容传感器，而每个传感器同时受三相电压的电场耦合。

In order to measure the VFT phase voltage on three-phase enclosed GIS , 3 capacitance sensors are needed . Each capacitance sensor is coupled with the electric field of three phases voltage .

Josephson隧道结与辐照微波电场耦合和磁场耦合的比较

Comparison of the electric coupling with the magnetic coupling between the Josephson tunnel junction and the applied microwave

三相VFT电压测量中电场耦合系数矩阵的确定

Determination for a matrix of electric coupling coefficients in three phase VFT voltage measurement

三相VFT电压测量中的电场耦合系数和传感器放置位置的研究

Research on the Relation between the Sensor Positions and Electric Field Coefficients in VFT Voltage Measurements

GIS三相同壳母线VFT相电压测量的主要问题在于，每个电容传感器同时受三相电压的电场耦合。

The main problem in measuring VFT overvoltages on three phase enclosed GIS is that each capacitance sensor is coupled with the electric field of three phase voltages at the same time .

电导率日夜不均匀性对磁层-电离层电场耦合过程的影响

The effect of the day-night ionospheric conductivity gradient on the magnetosphere-ionosphere coupling

芯片电泳电场耦合电导检测法则很好地解决了如上矛盾。

The aforementioned problems are well settled by conductivity detection based on electric coupling effect in chip electrophoresis system .

探针过渡是通过探针的耦合作用将波导中的电场耦合到微带线中，根据探针结构不同，本论文介绍了同轴探针过渡以及微带探针过渡，其均具有低插入损耗，宽频带特性。

This thesis introduces the microstrip-probe and coaxial-probe transition according to the different structures of probes . They all have low insertion loss and wideband .

并且给出了电场耦合系数函数最大值的一种简便确定方法。

This paper describes the basic properties of the electric coupling coefficient functions , the maximum value of which is determined by an approximate analytic expression .

利用有限元软件对其不同参数下的力学性能、电场耦合特性进行了有限元的计算机模拟与分析。

Under different parameters , the mechanical characteristics and the coupling electrical field of its structure are simulated and analyzed by means of the software finite element .

通过分析电场耦合系数矩阵，提出了主导电场耦合系数的概念，并得到了它的近似解析表达式。

As a result of the analysis of the electric coupling coefficient matrix , the dominant electric coupling coefficients are named , which have an approximate analytic expression .

三相电压与3个电容传感器输出电压之间的关系，可以用一个关系因子矩阵来表达，该矩阵是一个常数矩阵与电场耦合系数矩阵的乘积。

The linear relation between the output of three capacitive sensors and the three phases voltage is established by a factorial matrix , which is equal to the product of a constant matrix and the electric coupling coefficient matrix .

两者与土壤电场发生耦合作用对土壤团聚体稳定性产生明显不同的影响。

When humus / PAM coupled with soil electric field , the stability strength of the aggregate had evident differences .

同时我们也发现径向形变和电场的耦合效应减弱了带隙的减小。

We also found that the coupling effect of the electricfield and the radial deformation weaken the reduction of the band gap .

阳极腐蚀释放的Fe2+与电场的耦合作用强化了胞外聚合物的产生。

The coupling effect of Fe2 + generated from anode and electric field enhanced the production of extracellular polymer substances ( EPS ) .

结果表明设计的天线能够在径向和方向角方向上产生均匀性良好的电场，耦合效率较高。

The results show that the newly developed antenna is capable of generating fairly uniform electric field distributions in both radial and azimuthal directions .

链间耦合越强，载流子的迁移率越高，链间无序效应并不总是阻碍极化子的运动，在一定的电场和耦合强度下，反而有利于极化子的输运。

The charge carriers tend to have higher mobility for stronger interchain coupling , and interchain coupling disorder can be more favorable for charge transport depending on the coupling strength and the electric field .

试验证明了上述方法用于压电自感知位移执行器的有效性。两种分析方法都考虑了双压电膜机构与电场的耦合关系，以及机器人的支撑与管壁之间的接触摩擦。

In the above two methods of analysis , the coupling problems about mechanics and electric field of piezoelectric bimorph and the contact friction model between robot feet and pipes were taken into account .

光是一种由电场与磁场耦合在一起进行高频同步振荡所形成的波。

Light is a wave composed of coupled electric and magnetic fields oscillating in synchrony at very high frequencies .

层合压电智能结构是由弹性材料，压电材料和粘结层构成，在层合压电智能结构中存在着复杂的弹性场、电场的相互耦合作用。

Laminated piezoelectric smart structures consist of elastic materials , piezoelectric materials and bonding layers . The complicated inter-coupling effects between elastic and electric field exist in smart structures .

从电磁场的波动方程出发，忽略横向电场之间的耦合，根据折射率和电场的展开式，得到关于各展开系数的矩阵和模式的特征方程。

From the electromagnetic wave equation , the mode eigen equation can be obtained with the algorithm when the transverse electric field is also expanded as the series of the Hermite Gaussian basis .

基于这一研究成果，本论文考虑磁场的饱和效应，得到关于电场和磁场耦合的高阶非线性薛定谔方程组，并给出它的亮、暗孤子对。

So in view of such research results , the ma-in work in this thesis is that we consider the magnetic saturation effect , obtain the higher-order nonlinear Schrodinger equations and its bright and dark soliton pairs .

研究了不同极化状态下PZT-5H铁电陶瓷压痕裂纹在应力和电场单独作用以及耦合作用下的扩展行为结果表明，压痕裂纹残余应力引起的应力场强度因子近似等于断裂韧性。

Propagating of unloaded indentation crack in a PZT-5H ferroelectric ceramics with various poling states under single or combined action of mechanical and electric loading has been investigated .

磁电耦合效应是指材料中电场和磁场的耦合。

Magnetoelectric effect ( ME ) is defined as the coupling between the electric and magnetic fields in matter .

由于电场力和电声耦合之间的竞争，形成的激子呈现了一个正反极化振荡的现象。

Due to the competition between the electrical force and the electron-phonon couplings , the formed exciton presents an oscillation between positive and negative polarization .

因此证明，特殊离子效应不是离子水合或者色散力作用的结果，而是颗粒表面电场与量子振荡耦合作用的结果。

In conclusion , Hofmeister effect is not the result of ion hydration and dispersion force , but the coupling of surface electric field and quantum flocculation .