远红外辐射引起的光纤损耗

H. Henschel, O. Kohn
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引用次数: 9

摘要

研究发现,在伽马辐照过程中,掺锗梯度折射率(GI)光纤在波长较长(约1300 nm)处的损耗比波长较短(830 nm)处的损耗更大。在大约1550 nm和1300 nm的掺锗和未掺锗单模(SM)光纤中也有同样的情况。在较长的辐照时间(/spl les/2 d)下,光漂白减少了GI纤维在830 nm处的损失,在较高的光功率(/spl ges/10 /spl mu/W)下,830和1300 nm处的损失大致相同。掺ge的SM光纤在1550 nm处的损耗增加持续超过70天,导致1550 nm处的损耗比1300 nm处的损耗高约1.5倍。原因似乎是在远红外波段有一个长寿命的吸收峰。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Radiation-induced optical fibre loss in the far IR
It was observed that the loss of a Ge-doped graded index (GI) fibre during gamma irradiation grows stronger at a longer wavelength (about 1300 nm) than at a shorter one (830 nm). The same is known from Ge-doped and undoped single mode (SM) fibres at about 1550 and 1300 nm. During longer irradiations (/spl les/2 d) it was found that the loss of the GI fibre at 830 nm was reduced by photobleaching, leading to approximately the same loss at 830 and 1300 nm during irradiation with higher light powers (/spl ges/10 /spl mu/W). The stronger loss increase at 1550 nm of a Ge-doped SM fibre continued for more than 70 days, leading to an about 1.5 times higher loss at 1550 nm than at 1300 nm. The reason seems to be a long-lived absorption peak in the far IR.
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