1) Multi-cladding Waveguide
多包层光波导
1.
Analysis of the Properties of Multi-cladding Waveguide in New Electro-optical Modulator;
阅读了大量国内外文献,掌握了新型电光调制器的原理、研究意义及发展现状,研究分析了多包层光波导目前的应用进展和具体的分析方法。
2) multiple layer lightguide
多层光波导
3) Hg cladding optical waveguide
汞包层光波导
1.
Both of the theoretical analysis and experiments show that when the diameter of the waveguide and the light wavelength are fixed,the optical power loss increases linearly with the increase of the Hg cladding optical waveguide (HCOW) length.
介绍了以汞包层光波导为传感探头的光纤液位传感器的原理及信号处理,其工作原理是利用连通器将液位的变化转变为汞包层光波导包层长度的变化。
4) optical waveguide of double cladding
双包层光波导
1.
Analytical solutions of optical waveguide of double cladding that the refractive index of core is lower than the refractive index of inner cladding were studied,and the expressions of electromagnetic field and modal characteristic equations are derived.
对芯层折射率小于内包层折射率的双包层光波导进行了解析求解 ,得到了模式场精确解及模式特征方程 。
5) mercury cladding optical waveguide
水银包层光波导
1.
This article describes the probe construction and the principle of NOTS,the mercury cladding optical waveguide to be made as its temperature probeWith 8098 microprocessor,we implement the signal detection and data processNOTS has simple construction,its relative precision can attain 002%,and its absolute precision is 01 °C at the temperature range 20～100 °C.
介绍水银包层光波导作为测温探头的新型光纤温度传感器的探头结构及测温原理。
6) metal-clad Plane waveguide
金属包层光波导
补充资料：光波导
| 光波导 optical waveguide 由光透明介质(如石英玻璃)构成的传输光频电磁波的导行结构。光波导的传输原理是在不同折射率的介质分界面上，电磁波的全反射现象使光波局限在波导及其周围有限区域内传播。现代应用的光频的波长介于0.8～1.6微米之间。实用光波导有光导纤维、薄膜波导、带状波导3类。光导纤维的一个传输特性是衰减很小、频带很宽、抗电磁干扰，主要用于通信；光导纤维的另一传输特性是对外界的温度和压力等因素敏感，因而可制成光导纤维传感器，用于测量温度、压力、声场等物理量。薄膜波导与带状波导主要用于制作有源和无源的光波导元件，如激光器、调制器和光耦合器等。它们采用半导体薄膜工艺，适合于制成平面结构的集成光路(即光集成部件)。 |
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