随着中红外波长的激光在军事方面应用的不断完善,高性能的中红外光纤有了更多的需求,OxfordElectronics硫化物玻璃光纤具有出色的传输性能,而且容易处理,可以提供各种用于光纤连接的连接器。
980nm激光网 德国著名工业镜头,包括激光系统镜... ... 特种光纤(fibercore) 红外光纤(Infrared Optical Fiber)coractive,irphotonics 复合光纤(Compound Fiber) ...
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IMRA公司超快光纤激光器248_产品展示_瞬渺科... ... 低双折射光纤(oxford-electronics,ivgfiber) 红外光纤(Infrared Optical Fiber)coractive,ir 复合光纤(Compound Fiber) ...
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中红外光纤 Infrared fibers ; Mid-IR fiber optics ; mid-infrared fiber ; fiber mid-infrared
晶状中红外光纤 crystalline mid-infrared fiber
硫化物玻璃中红外光纤 chalcogenide glass mid-infrared fiber
氟化玻璃中红外光纤 fluoride glass mid-infrared fiber
红外光纤探头 Optical Fiber Probe
红外光纤材料 Infrared Glass Optical Fiber Materials
中远红外光纤材料 mid and far ir optical fiber material
红外光纤感烟探测器 infrared optical fiber smoke detector
光纤红外温度计 Fiber IR
·2,447,543篇论文数据,部分数据来源于NoteExpress
本文对目前红外光纤研究的热点-硫系光纤独特的色散特性进行理论分析。
In this paper, it was studied on the dispersion characteristics of chalcogenide fiber in detail.
论述红外光纤材料及其特性,介绍国外研制红外光纤的进展情况,探讨其发展前景。
The paper describes IR fibre-optical material and its features, introduces the developing conditions of fibre-optical material abroad and looks into the developing future of IR optical fibre.
硒化物玻璃具有低的材料色散、高的禁带宽度、长的多声子吸收边,是制备中远红外光纤的优秀材料。
Selenide glasses have low material dispersion, high-energy bandgap, long-wavelength multiphonon edge and it's the perfect candidate for mid-far-infrared fibers.
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