表面电流的英文

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"表面电流"怎么读用"表面电流"造句

英文翻译手机版

sheet current
surface current
surfacecurrent

"表面"英文翻译 surface; superficies; bounda ...
"电流"英文翻译 electric current
"表面电" 英文翻译 : charge, surface
"地面电流" 英文翻译 : earth current
"面电流密度" 英文翻译 : surface current density
"【电学】表面电导。" 英文翻译 : surface conductance
"比表面电阻" 英文翻译 : specific surface resistivity
"表面电场" 英文翻译 : surface field
"表面电池" 英文翻译 : surface cells
"表面电导" 英文翻译 : surface conductance
"表面电导率" 英文翻译 : surface conductivity
"表面电荷" 英文翻译 : charge surface; electric surface charge; surfacecharge
"表面电弧" 英文翻译 : surface arcing
"表面电极" 英文翻译 : surface electrode
"表面电浆子" 英文翻译 : surface plasmon
"表面电抗" 英文翻译 : surface reactance
"表面电离" 英文翻译 : surface ionization
"表面电路学" 英文翻译 : morphological circuitry
"表面电容" 英文翻译 : surface capacitance
"表面电容器" 英文翻译 : surface capacitor
"表面电势" 英文翻译 : surface potential
"表面电位" 英文翻译 : surface electric potential; surface potential
"表面电压" 英文翻译 : surface voltage
"表面电阻" 英文翻译 : dermal resistance; resistance, surface; sheet resistance; surface reistance; surface resistance; surface resistivity
"表面电阻率" 英文翻译 : electric surface resistivity; electrical surface resistivity; sheet resistivity; surface specific resistance

例句与用法

Loading different shapes of slots in the patches of antennas will cut off the original surface current and the current has to flow around the slots that make its route longer . this course is equally satisfactory in result of inserting cascade inductances in the equivalent circuit of antenna
当在贴片表面开不同形式的槽或细缝时,切断了原来的表面电流路径,使电流绕槽边曲折流过而路径变长,在天线等效电路中相当于引入了级联电感。
As analyzing the electromagnetic scattering characteristics of two - dimensional electrically large conducting objects , the object is divided into some small regions by using spatial decomposition technique ( sdt ) , but still consider the coupling effect among all the regions , the surface current and rcs of the object can be computed with progressive iterative numerical method ( pnm ) . then the wide - band electromagnetic scattering characteristics of two - dimensional electrically large conducting objects are analyzed with the asymptotic waveform evaluation ( awe ) technique
文中应用空间分解技术( sdt )将二维电大导体目标在空间中分解为若干子区域，考虑子区域间的耦合，采用累进迭代方法( pnm )快速计算表面电流和雷达散射截面，然后与渐近波形估计技术( awe )结合分析了二维电大导体目标的宽带电磁散射特性。
An idea for analyzing the electromagnetic scattering characteristics of electrically large objects is transforming the solution of large problems into that of some little problems . the object can be divided into a number of small regions or the equation be partitioned into some sub - equations , then the surface current and rcs can be computed fast by iterations
分析电大导体目标的电磁散射特性，一种基本思想是将大问题化为小问题求解，对目标进行空间分区或分解矩阵方程等，然后通过迭代快速计算出目标的表面电流和雷达散射截面。
The material ways are to model the honeycomb wall as an impredence surface , to express the infinite honeycomb by using periodic green ' s function , and using method of moment to establish the mathematic model , in applying the methods of moments , we choose the roof function as basic function and choose the razor function as test function ; by equating the incident field to sum of the scattering field and impledance field ; we will set up the integral equation for the surface current , solving it by mom equation . then gain it ' s reflected coefficient ' s numerical result . and we propose first the definition of the equivalent electromagnetic parameters and present a method to calculate them from the gained reflection coefficient
具体方法就是将浸渍吸收剂的蜂窝壁用表面阻抗表示，将无限大的周期结构的电场用周期格林函数来表示，选取有耗蜂窝结构中具有代表性的基本计算单元应用矩量法建立数学模型,在运用矩量法时用屋顶函数作为基函数，刀片函数作为检验函数，根据蜂窝壁表面电场必须满足入射电场等于散射电场和阻抗电场之和的规律，推导表面电场积分方程，求解蜂窝结构的表面电流，利用蜂窝的周期规律得到无限大均匀周期阵列的散射电场。
In the end , the impedance matrix of any three - dimensional conducting object can be portioned into sub - matrices by the projection iterative method ( pim ) , the surface current and rcs can be calculated with convergent iterations , the wide - band electromagnetic scattering characteristics of three - dimensional conducting objects are also analyzed with the asymptotic waveform evaluation technique
最后应用投影迭代方法( pim )将三维导体目标的阻抗矩阵剖分成小矩阵，通过迭代计算出表面电流和雷达散射截面，并与渐近波形估计技术结合分析了三维导体目标的宽带电磁散射特性。