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Effects of color centers absorption on the spectrum of the temperature-dependent radiation-induced attenuation in fiber

机译:色心吸收对光纤中随温度变化的辐射诱导衰减谱的影响

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Spectra ranging from 800 to 1650 nm of the temperature-dependent radiation-induced attenuation (RIA) in the irradiated and sufficiently annealed fiber with germanium and phosphorous dopant has been measured. These RIA spectra were investigated based on the mechanism of color centers absorption. With the configurational coordinate model, these RIA spectra were decomposed by the absorption bands of three kinds of color centers. The effects of color centers absorption on the spectrum of temperature-dependent RIA is discussed by comparing the absorption intensity of different color centers at a same wavelength. Moreover, the temperature-dependent RIA of the fiber has been measured separately at 850, 1310, and 1550 nm. The measured results agreed well with the analysis of RIA spectra. (C) 2015 Optical Society of America
机译:在锗和磷掺杂物经过充分退火的光纤中,测量了温度依赖性辐射诱导衰减(RIA)的范围为800至1650 nm的光谱。这些RIA光谱是基于色心吸收的机理进行研究的。利用构型坐标模型,这些RIA光谱被三种色心的吸收带分解。通过比较相同波长下不同色心的吸收强度,讨论了色心吸收对依赖温度的RIA光谱的影响。此外,已分别在850、1310和1550 nm处测量了光纤的温度相关RIA。测量结果与RIA光谱分析非常吻合。 (C)2015年美国眼镜学会

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