TM mode

Analysis of TM mode in azimuthal multi - conductor structure

角向多导体结构中TM波分析

Effect of profile length to the two-dimensional magnetotelluric inversion of TM mode

剖面长度对大地电磁二维TM模式反演的影响

Calculation of higher-order TM mode parameters of microwave cylindrical coaxial cavity resonator

微波同轴腔高阶TM模式参数的计算

Integrated optical te / tm mode converter based on collinear acoustooptic coupling

共线声光耦合的集成光学TE/TM模转换器

The propagation behaviors of TM mode in nonlinear slab dielectric optical waveguide were studied .

本文对非线性平板光波导TM模传播特性进行了研究；

Performance Analysis of Integrated Quasi-collinear Acousto-optic TE / TM Mode Converter

准共线集成声光TE/TM模式转换器的性能分析

Determination for TM Mode Dispersion Equations of Multi-layer Planar Optical Waveguide Based on Analytic Transfer Matrix Method

分析转移矩阵方法确定多层平板光波导TM模的色散方程非均匀平板波导的色散方程

An Analysis of Pentagonal Waveguide TM Mode Cutoff Wavenumber by Boundary Element Method

五角波导TM模截止波数的边界元分析

Matrix Method of TM Mode Dispersion Equations of Multi-Channel Waveguide and Multi-Quantum Well Optical Waveguides

多沟道波导及多量子阱光波导TM模色散方程的矩阵方法

The Determination for TM mode Dispersion Equations of Multi-ditch Planer Waveguide

多沟道平板波导的TM模色散方程的确定

Polarization Insensitive Electro-optic Polymer Waveguide Modulators with TE / TM Mode Converter

基于TE/TM模式转换的偏振不敏感调制器

Using the mode coupling theory , the TE ←→ TM mode conversion with magnetostatic waves is examined .

用耦合模理论研究TE（？）TM模随静磁波的变换，导出TE（？）

The effect of rotation on TE and TM mode band gaps and absolute band gap is investigated .

讨论了三种旋转操作对TE，TM模式带隙及完全光子禁带的影响。

Identifying Apparent Polarized Resistivity Curves of TE and TM Mode from Magnetotelluric Sounding

大地电磁测深资料的TE，TM极化视电阻率曲线识别研究

TM mode analysis of polymeric Y-junction waveguide

聚合物Y分支波导的TM模分析

Firstly , we explain mechanics of guided wave of coupled-plasmon-resonant waveguide for TM mode on theory .

首先，从理论上阐述了TM模式耦合等离子体共振波导的基本原理。

The cutoff wave number of the first four TM mode and TE mode of the pentagon waveguide are obtained .

首次获得了五角形波导前四个TM模和TE模的截止波数。

Theoretical Unloaded Q for a Round Cross-Section Excited by an Evanescent TE or TM Mode

由衰落TE；TM模激励的圆截面波导的理论无载Q值

We make a contrast between the two new types of CPRW and the TM mode of CPRW .

并将这两种新型的CPRW与TM模式的CPRW进行了对比。

The simulated extinction ratio of TE / TM mode is reached 21.2 dB and 19.5 dB respectively .

用BPM软件对所设计的器件进行仿真模拟，对于TE/TM模的消光比分别可以达到21.2dB和19.5dB；

A Universal Method to Get Distributed Feedback Coefficient of Periodic Wave Guides with Arbitrary Shape Wrinkly Rank in TM Mode

任意形状皱阶周期波导中TM模分布反馈系数

We derived the expression of the TE ←→ TM mode conversion efficiency . The conditions of maximum conversion efficiency are given in theory .

TM模式转换效率表达式，给出理论上获得最大转换效率的条件。

The phenomena can be considered as the results of TE / TM mode conversion of incident beam in the waveguide .

这一现象可归结为光波导中入射光TE/TM模式的变换行为。

The Effects of TE Mode and TM Mode Incidence on the Performances of Externally Modulated Transmitter of Optic Fiber CATV

TE，TM模入射对光纤CATV外调制发射机性能的影响

For two cases including the magnetic field parallel and perpendicular to the direction of propagation external magnetic field affects the dispersion characteristics of TM mode .

分析了磁场平行和垂直传播方向两种情况下，外加磁场的变化对TM模式色散特性的影响。

For the same gap width , the coupling length of TM mode for directional coupler is larger than that of TE mode .

波导间距相同时，定向耦合器TM波的耦合长度大于TE波的耦合长度，对偏振态敏感。

Laser can be coupled into the LN film by prism coupler and the TE or TM mode optical waveguide is formed .

利用棱镜耦合器，激光可以被耦合到LN薄膜中，形成TE和TM模式的光波导。

And the power splitting ratioes of the TM mode and TE mode are 28 dB and 25 dB , respectively .

同时制作了相应的器件，测试结果表明：TM模和TE模分离比分别达到28dB和25dB。

The dispersion equation of TM mode slow wave in a cylindrical waveguide having an annular plasma sheet is derived under the condition of plasma thickness effect .

本文在考虑等离子体厚度效应的情况上，详尽地推导了充填圆环状等离子体的圆柱波导中TM模慢电磁波的色散方程；

The horizontal resolution of TM mode is higher than TE mode and the shape of isoline about apparent resistivity section is not a true reflection of structure .

TM模式的横向分辨能力高于TE模式，水平地形下的复杂地电结构的视电阻率断面图的等值线地形并不是真实构造的反映。