Nd3+ Doped Silicate Glass Photonic Crystal Fiber with Random Hole Distributions
来源期刊：JOURNAL OF RARE EARTHS2006年增刊第2期
论文作者：Jiang Xiongwei Chen Danping Zhu Congshan Zhao Chongjun Da Ning Chen Qingxi Qiu Jianrong Peng Mingying Yang Lüyun Wang Chen Zhou Qingling
Key words：photonic crystal fiber; single mode transmission; rare earths;
Abstract: The fabrication of one kind of large core area Nd3+ doped silicate glass photonic crystal fiber, and demonstration of the fiber's waveguidence properties were reported. This fiber owns a random air hole distribution in the cladding. The measured minimum loss of this kind of fiber is 10 dB·m-1 at 660 nm. These fibers can sustain only a single mode at least over wavelength ranging from 660 nm to 980 nm.
Jiang Xiongwei1，Chen Danping1，Zhu Congshan1，Zhao Chongjun1，Da Ning1，Chen Qingxi1，Qiu Jianrong1，Peng Mingying1，Yang Lüyun1，Wang Chen1，Zhou Qingling1
(1.Photon Craft Project Laboratory, Shanghai Institute of Optics and Fine Mechanics, Shanghai 201800, China;
2.Department of Materials Science, Zhejiang University, Hangzhou 310027, China)
Abstract:The fabrication of one kind of large core area Nd3+ doped silicate glass photonic crystal fiber, and demonstration of the fiber''s waveguidence properties were reported. This fiber owns a random air hole distribution in the cladding. The measured minimum loss of this kind of fiber is 10 dB·m-1 at 660 nm. These fibers can sustain only a single mode at least over wavelength ranging from 660 nm to 980 nm.
Key words:photonic crystal fiber; single mode transmission; rare earths;
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