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- Having isotropy, homogeneousness and high transmittance in visible and infrared region, chalcohalide glasses become ideal infrared optical fiber materials. 硫卤玻璃由于各向同性和结构均匀且在可见光和红外波长区域具有高透光性等优点而成为一种理想的红外光纤材料。
- Owing to isotropy, homogeneity and higher transmission in visible and infrared region, chalcohalide glasses become ideal infrared optical fiber materials. 而硫卤玻璃由于各向同性和结构均匀且在可见光和红外波长区域具有高透光性等优点而成为一种理想的红外光纤材料。
- Keywords infrared optical fiber;silver halide;ultrapurification; 红外光纤;卤化银;超提纯;
- Keywords chalcogenide glass;infrared optical fiber;infrared image guide; 硫系玻璃;红外光纤;红外传像束;
- INFRARED OPTICAL FIBERS MADE FROM CHALCOGENIDE GLASS 硫系玻璃红外光纤
- middle infrared optical fiber 中红外光纤
- infrared optical fiber 红外光纤
- Optical fiber sensor use for miss parts detection. 光纤感测缺料侦测。
- First transatlantic optical fiber cable. 第一根跨洋光纤电缆贯通。
- The thermometer mainly consists of infrared hollow optical fiber, infrared detector, preamplifier circuits, and 80C552 small system of SCM. 温度计主要由红外空芯玻璃光纤、红外探测器、放大电路及80C552单片机组成。
- A new infrared hollow optical fiber thermometer was designed and developed to monitor the temperature of a pulse generator's axle sheath real-time. 摘要为了对冲击发电机的轴套温度进行监测，设计并研制了一种新型的红外光纤辐射温度计。
- Shanghai Jiayu Optic Fiber Communications Technologies Co., LTD. 上海嘉玉光通讯技术有限公司。
- The Thiokol has been used in space-borne infrared optical systems and electron-electrical systems. 该胶已在航天产品的红外光学系统和电子电气系统中得到应用。
- Design and analysis of the new type reflecting optical fiber. 一种新型反射式光纤压力传感器的设计分析。
- Some Experiences on Optical Fiber Circuitry Design and Test. 光纤线路设计调试经验点滴。
- Because it"s good capability in refracting infrared ray, Ge lenses was widely used in infrared optical system. 红外系统中非球面锗透镜应用普遍。
- The Development and Application of Optical Fiber Access Network. 光纤接入网的技术发展与应用。
- Mann, A., Infrared Optics and Zoom Lenses, SPIE, Bellingham, pp. 15-18, 1999. 耿继业、何建娃，几何光学，全华科技图书，台北，第226页，2004。
- Tianjin OMUX Optical Fiber Communication Equipments Co., Ltd. 天津欧迈光纤通信设备有限公司。
- The modulation transfer function(MTF) is one of the fundamental parameters to evaluate the infrared optical lens. 调制传递函数是评价红外光学镜头性能的最基本的技术指标之一。
