缓变分量的英文

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"缓变分量"怎么读用"缓变分量"造句

英文翻译手机版

s-component
slowly varying component

"缓"英文翻译 slow; unhurried
"变"英文翻译 become different; change
"反变分量" 英文翻译 : contravaraint components
"畸变分量" 英文翻译 : allocation of distortion; distortional component
"交变分量" 英文翻译 : alternating component
"慢变分量" 英文翻译 : slowly varying component
"逆变分量" 英文翻译 : contravariant component
"协变分量" 英文翻译 : covariant component
"应变分量" 英文翻译 : component of strain; strain component
"总应变分量" 英文翻译 : bulk strain component
"矢量逆变分量" 英文翻译 : contravariant component of vector
"应变分量，分应变" 英文翻译 : component of strain
"变分" 英文翻译 : [数学] variation
"缓变的" 英文翻译 : graded; tempolabile
"缓变阀" 英文翻译 : buffer change valve
"缓变结" 英文翻译 : graded junction; gradual transition
"缓变流" 英文翻译 : gradually varied flow; slowly variable flow; slowly varied flow
"缓变率" 英文翻译 : ram rate; ramrate
"分量" 英文翻译 : 分量weight 给足分量 give full measure; 分量给得不足 give short measure; 他这话说得很有分量。 what he said should not be taken lightly.; what he has said carries a lot of weight. 这本书的分量可不轻。 this book is quite heavy. 我相信她的话在校长面前有一些分量, 她有可能说服他。 i believe she has some influence with the headmaster -- she might persuade him.
"不缓变的" 英文翻译 : tempostabile
"长缓变化" 英文翻译 : secular changes
"缓变沟道" 英文翻译 : graded (gradual) channel; graded channel
"缓变禁带" 英文翻译 : graded band gap
"缓变切面" 英文翻译 : gradual taper
"缓变折射率" 英文翻译 : graded-index

例句与用法

When the isotropic waveguide is under the isotropic disturbances , the coupling term due to polarization , which is presented in the coupled - mode theory of the wei - ping huang , is n ' t included in this rigorous vectorial coupled - mode theory , exactly , the rigorous vectorial cmt does n ' t contain the coupling term due to polarization which is include in the scalar coupled - mode theory because this term is counteracted with the other coupling term neglected under weakly guiding approximation . as for anisotropic disturbances , we get the coupled - mode equations with arbitrary dielectric tensors . from them , we obtain the coupled - mode equations of the slowly varying term c ( z ) which is more simplicity
当受到各向同性微扰时，我们发现严格的矢量理论所得到的耦合系数表达式中并不包括wei - pinghuang的理论中的偏振耦合项，更确切的说，偏振耦合项正好与因弱导近似而忽略的项相抵消，这就是标量理论所得到结果(有偏振耦合项)与矢量理论在标量近似下的结果(不含偏振耦合项)不一致的原因所在；当各向异性微扰时，我们得到了包含微扰介电张量各个分量的横电磁场耦合波方程，讨论了微扰介电张量各个分量对耦合的影响，而且从横电磁场耦合波方程出发得到了形式更加简单的只含有横电场系数的缓变分量c _ ( z )的耦合波方程和耦合系数表达式，并以弱导近似下的单模光纤两正交偏振模耦合为例对耦合系数在不同条件下的取舍做了定性的分析。