测量了它们的场强分布轮廓，给出了两者位置失配影响耦合效率的实验数据。
Here we report our measurements of the field intensity distribution and the experimental results of coupling efficiencies under the influence of various alignment tolerances.
通过模拟计算一阶TM模的场强分布，我们得到耦合到输出波导中的效率达到53%。
The simulated intensity distribution for the first-order TM mode shows that the coupling efficiency in the waveguide reaches 53%.
前言： 目的：了解扫雷艇雷达微波辐射场强分布状况，为实施微波辐射防护措施提供依据。
Objective: To investigate microwave radiation distribution of the mine dredger radar for providing gist for establishing microwave radiation proof means.
采用本实用新型所述合成绝缘子，能够有效改善复合绝缘子的高压侧端部电压和表面场强分布。
The synthetic insulator can effectively improve the high-pressure side end voltage and the surface field distribution of the composite insulator.
在此基础上编制了分析输电线路任意截面及沿adss光缆走向的电位、场强分布的三维计算软件。
The computation program based on this theory can analyze the potential and intensity of electric field on each section of transmission lines and each position along ADSS.
采用保角变换的方法，计算了导体栅作屏蔽罩时的场强分布，所得结果表明导体栅具有很好的静电屏蔽作。
The electric field when using conductor gratings as shielding walls is calculated by means of conformal mapping technique.
进一步推导了焦斑质心位置对光束近场强度分布和相位斜率分布的依赖关系式，并对该式清晰的物理意义进行了阐述。
The centroid position of the focal spot directly depending on intensity distribution and phase slope distribution of near field is derived and its physical meaning is described.
三相输电线路导线表面电荷的分布是不均匀的，各点电场强度的大小也不同。
The distribution of surface charges in three-phase transmission lines is uneven and the electric fields of various points are different.
在误差允许的范围内，本模型有关电场强度分布的结论与惯性离心模型一致。
It is found that within the limits of error our conclusion on electric field distribution is consistent with that of the inertial centrifugal force model.
发现腔场谱结构不仅与初始场强有关，还随初始场光子数分布的变化而改变。
It is found that the spectra are influenced sensitively by the initial field intensity and the photon number distribution.
研究结果表明：采用合适的光场强度分布以及合适的外加电场可以在不同光折变晶体中写入平面波导阵列和通道波导阵列。
Employing writing beams with appropriate intensity distributions and external electric fields along proper directions, arrays of planar and channel waveguides can be fabricated in various pr crystals.
并研究场强沿铁路的起伏规律，导出场强起伏的概率分布函数，得到场强偏差系数和概率系数。
A function of probability distribution of fading is derived and the deviation coefficient and probability coefficient of field strength are obtained.
再通过电位梯度求得电场强度分布。
The electric field intensity distribution was acquired through potential gradient.
用小线圈法对复合感应器内的磁场强度和分布进行测量，对不同条件下磁场分布进行分析。
The magnetic field distributions in compound inductors of different conditions are measured and analyzed using small coil method.
在结半径比较小的情形给出电流密度分布、磁场强度分布以及临界电流值的近似解析公式。
Approximate analytic solutions of cur-rent and magnetic field distribution and the critical current are obtained when the radius of the junction is very small.
接着详细计算了两种方案中磁阱的磁场强度及其梯度与曲率的空间分布，理论证明了实现磁光晶格和磁晶格的可行性。
We calculate the spatial distributions of magnetic fields and their gradients and curvatures, and the results prove the possibility of realizing MOL and ML.
介绍了理论求解极板表面电场强度分布的方法，并对影响其计算结果的因素进行了分析。
This paper introduces the way to calculate the distribution of electric field strength on the plate surface. And it also analyzes the factors influencing the result of numerical solution.
本文描述了一种测量超声场强度分布的新方法——吸收片法。
A new measurement method for ultrasonic intensity distribution based on the use of absorption circular sheets is described in this paper.
测定了施加磁场后，镀槽内磁场强度的分布情况及施加磁场对电流分布的影响。
The distribution of magnetic field strength in iron plating bath and the effects on current distribution after the magnetic field being impressed were also determined.
讨论了光场强度、原子分布角和耗散系数对光场线性熵的影响。
The influences of the intensity of the field, the atomic distribution Angle and the dissipation constant on the linear entropy of the field are investigated.
再通过电位梯度求得电场强度分布。
Potential distribution was acquired by analyzing Laplace's equation.
由磁加速度的定义出发，提出了理想磁场模型和实现微重力环境所要求的磁场强度分布。
From the definition for the magnetic acceleration, the ideal magnetic field model and the magnetic field intensity profile needed for creating the micro-gravity environment are presented.
推导了电晕层内外的电场强度分布和伏安特性。
Distributing of electric field intensity and voltage current characteristic inside and outside corona layer are educed.
通过理论分析，得到了实现微重力环境所要求的磁场强度分布。
The magnetic field used to generate micro-gravity environment was theoretically analyzed.
模拟得到了栅极间电势分布、电场强度分布及栅极间氙离子数密度分布。
The simulation results include the distribution of the electric potential between the grids and distribution of the electric field strength, and also the distribution of Xenon ion number density.
通过对方程的数值求解，研究了外加磁场强度、进口速度分布、初始表面扰动对界面形状和界面张力的影响。
The influences of applied magnetic field. inlet velocity profile, initial surface disturbance and surface tension on interface shape were analyzed.
利用该方法可由所求得的磁场强度来得到居里深度分布。
With this method, the Curie depth distribution can be obtained from the calculated magnetic field intensity.
利用该方法可由所求得的磁场强度来得到居里深度分布。
With this method, the Curie depth distribution can be obtained from the calculated magnetic field intensity.
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