1) hollow glass waveguides(HWG)
空芯玻璃波导
2) glass waveguide
玻璃波导
1.
The key technology for splitters of manufacturing ion exchange in glass waveguide is analyzed .
结果表明,生产玻璃波导光功率分配器的设备和工艺相对其它方法(如LiNbO3光刻蚀法)要简单,一次性的固定投入较少,是生产光功率分配器的理想选择。
3) hollow wave guide
空芯波导
1.
AgI/Ag leak hollow wave guide was fabricated in this work by using thin hollow quartz capillary as the basic tube.
以石英毛细管为基管 ,制备了 Ag I/ Ag泄漏型空芯波导 ,并对影响 Ag膜和 Ag I膜性能的各因素以及光纤的传输性能进行了研
2.
Based on the characteristics of hollow wave guide for CO2 laser delivery, a cone-shaped wave guide coupler system was designed and fabricated in this work.
针对CO_2激光传输用空芯波导的特点,设计、制备了锥形空芯波导耦合器系统。
4) hollow waveguide
空芯波导
1.
Transmission properties of terahertz wave in finite conductance metal-coated hollow waveguide
太赫兹波在有限电导率金属空芯波导中的传输特性
2.
According to the mode structure and transmission characteristics of general hollow waveguide,the authors discuss the transmission characteristics of dielectric coated metallic hollow waveguide,analysis the low loss transmission conditions of the HE 11 mode for the infrared.
由普通空芯波导的模式结构和传输性质出发 ,讨论了电介质 /金属型空芯波导的传输特性 ,分析了HE11模在红外波段的低损耗传输条件。
3.
This thesis analyzes the transmission characteristics of THz metal hollow waveguide and metal coated hollow waveguide, discusses the factors that affect the transmission characteristics and improves the waveguide by adding a dielectric layer outside the metal film.
本文着重分析了太赫兹金属空芯波导和金属镀层空芯波导的传输特性,讨论了影响传输特性的因素,并对波导结构进行改进,提出了介质/金属空芯波导结构,为进一步提高太赫兹空芯波导的传输特性提出参考。
5) glass optical waveguide
玻璃光波导
1.
The transmittance of triethanolamine complex of copper thin film changes when exposed it to sulfur dioxide gas and an optical sulfur dioxide gas sensor element can be fabricated by coating triethanolamine complex of copper doped polyvinyl alcohol composite film on a potassium ion-exchanged glass optical waveguide(OWG).
以此结果为依据在K+交换玻璃光波导表面固定三乙醇胺铜配合物掺杂的聚乙烯醇复合薄膜,研制出了二氧化硫气体传感元件,并在光波导传感检测系统中测定其传感特性。
6) hollow glass wavguides
空芯玻璃光纤
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