Fig. 1 shows the total loss spectra

Fig. 1 shows the total loss spectra of the N-doped fiber
samples before and after the first irradiation to 0.94 MGy.
Both H2- and D2- loaded fiber samples demonstrated a lower
loss at k1.30 pn than the gas-free sample. Unlike the H2-
loaded piece, the D2- loaded sample exhibited a lower induced
absorption at h=1.55 p than the gas-free sample. From Fig. 1
we may conclude that a more considerable induced loss
reduction is observed in the D2-loaded sample (by a factorof - 5 at the both wavelengths of interest). However, the
effects of H2 ~ and D2 -loading are not as tangible in the near-
IR region as they are in the visible region in the case of puresilica-
core fibers [6]. There are several factors preventing
significant induced loss reduction at 1.30 and 1.55 p in the
presence of the gases. In the case of H,-loaded fiber, these are,
first of all, OH- and NH-goup absorption bands at 1.38, 1.24,
and 1.50 p, which increase as the result of hydrogen
incorporation into the glass network under radiation. H2
molecules which survived the irradiation are responsible for
the narrow 1.24 pn band and for the intense bands of theFig.1. Total loss ofN-doped fiber samples before and after 0.94 MGy
irradiation.

結果 (中文) 1:

图 1 显示了 N 掺杂光纤的总损失谱第一次照射到 0.94 MGy 前后的试样。H2 和 D2-加载纤维样品表现出较低在 k1.30 pn 比样品气体无损失。不同于 H2-D2-加载的一，加载示例展示低致吸收在 h = 1.55 p 比气体免费样品。从图 1我们可以断定有更多的相当致损失减少是观察到 D2 加载示例 （因素-5 在两个波长均感兴趣的）。然而，影响的 H2 ~ 和 D2-加载是不一样的具体，在附近-红外区正如在 puresilica-的可见区域核心纤维 [6]。有几个因素预防显著诱导在 1.30 和 1.55 p 在减少损失气体的存在。在 H，-加载纤维，这些都是，第一次的所有，OH 和 NH 组吸收带在 1.38，1.24，和 1.50 p，增加氢的结果将纳入下辐射的玻璃网络。H2幸存下来的辐照的分子是负责窄的 1.24 pn 带和 theFig.1 的激烈乐队。总损失之源掺杂光纤样品之前和之后 0.94 MGy照射。

結果 (中文) 3:

图1显示了N掺杂光纤的损耗谱之前和0.94 mGy照射开始后的样品。H2和D2加载纤维样品表现出较低的损失k1.30 PN比气免费样品。不像氢气—载片，D2加载样品表现出较低的诱导在H = 1.55 P的吸收比无气体样品。从图1我们可以得出这样的结论：一个更大的引起的损失减少在D2观察加载样本（由一个因子5在感兴趣的两波长）。然而，这H2和D2 ~影响加载不在附近有形—红外区域，他们是在puresilica案例可见区—核心纤维[ 6 ]。有几个因素预防显着诱导的损失减少在1.30和1.55 P的气体存在。在H的情况下，加载的纤维，这些都是，首先，OH和NH组吸收带在1.38，1.24，和1.50 P，增加氢的结果辐射下玻璃网络的掺入。H2照射后存活的分子负责狭窄的1.24 PN带和图1强乐队。总损失的N掺杂光纤样品前后0.94 mGy照射。