1) convex five_layer symmetric slab waveguide
凸型五层对称平板波导
2) asymmetric waveguide layer
非对称波导层
1.
3μm AlInGaAs/AlInAs single-quantum-well laser diode with the asymmetric waveguide layer structure under CW operation at 20 to 80℃ was obtained,which is the best result reported in the laser diodes (LDs) of the same active materials structure and emitting wavelength.
在20~80℃范围内连续工作条件下,非对称波导层结构的1。
3) symmetrical five-port waveguide junction
对称五端口波导网络
1.
The study has shown to design a symmetrical five-port waveguide junction working in the bandwidth,which is from 26.
4~40 GHz频带的对称五端口波导网络的设计方法。
2.
The study has shown the design of a symmetrical five-port waveguide junction working within the bandwidth from 9 GHz to 10 GHz.
介绍了工作于9~10 GH z频带的对称五端口波导网络的设计方法。
4) three-layer slab waveguide
3层平板波导
1.
The propagation characteristics of the electromagnetic wave in three-layer slab waveguides filled with negative refraction index materials was studied and numerically calculated according to Maxwell theory.
从电磁场理论出发对负折射材料填充的3层平板波导的传播特性进行研究,并进行了数值计算,分析TE和TM波在平板中传播的性质,得到了电磁波的模式方程,与电磁波在右手材料填充的平板波导中的传播特性做了对比,考察了TE模式的能流密度,进行了归一化计算。
5) three slabs waveguide
三层平板波导
1.
The model of three slabs waveguide is set up, and detailed electric equations are deduced.
本文建立三层平板光波导模型,推导出电场方程的具体形式,运用MATLAB对三层平板波导理论进行分析求解,使以往复杂的计算变的非常简单。
6) multi-layer planar optical waveguide
多层平板光波导
1.
In this paper,we present the TM mode dispersion equations of symmetrical and unsymmetrical multi-layer planar optical waveguide based on the Analytic Transfer Matrix Method(ATMM),which can exactly determine the mode characteristics of planar optical waveguide.
本文利用ATMM,导出了非对称多层平板光波导和对称多层平板光波导的TM模的精确色散方程。
补充资料：波导通信(见毫米波通信)
波导通信(见毫米波通信)
wave guide communication
bodao tongxin波导通信(wave guide communieation)见毫米波通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条