石英光纤是一种以高折射率的纯石英玻璃材料为芯，以低折射率的有机或无机材料为包皮的光学纤维。
石英光纤表面金属化的研究概况 关键词：石英光纤；化学镀；电镀；预处理 [gap=699]Key words：quartz optical fiber；electroless plating；electroplating；pretreatment
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包层石英光纤 clad silica fiber ; low loss FEP-clad silica fiber ; FEP-clad silica fiber
掺锗石英光纤 germanium-doped silica fiber ; doped silica fiber
全石英光纤 all-silica fiber
熔凝石英光纤 fused silica fiber
掺氟石英光纤 fluorine-silica fiber
石英光纤耦合器 silica fiber coupler
低损耗石英光纤 low-loss silica fiber ; loss silica fiber ; lo silica fiber
硅酮包层石英光纤 silicone-clad silica fiber
突变型硬包层石英光纤 step index hard-clad silica fiber
The coupling criterion for single-mode POF and silica fiber doesn’t exist because single-mode POF hasn’t been applied widely.
由于目前单模塑料光纤还没有得到广泛的应用，也不存在单模塑料光纤和单模石英光纤的耦合标准。
参考来源 - 单模石英光纤和塑料光纤自动耦合系统Compared with the silica optical fiber, the polymer optical fiber (POF) is an ideal transmission medium for LAN because it has some merits such as low cost, large core diameter, easily connected and coupling.
与石英光纤相比,聚合物光纤价格低廉,芯径大,连接耦合容易,是光纤局域网的理想传输介质。
参考来源 - 新型聚合物光纤放大器的研究Following experiments have been performed:(1) Pretreatment of silica fiberThe silica fiber was cleaned,roughed and activated through pretreatment,thus the autocatalysis reacted continuously.
本论文工作主要包括:(1)化学镀前光纤预处理通过预处理使石英光纤表面清洁、粗化、且具有催化活性,为保证自催化反应持续进行提供前提。
参考来源 - 光纤布拉格光栅表面化学镀NiPre-treatmentThe surface of quartz optical fiber has no catalytic activity with a strong tensionin solutions. The diameter of the optical fiber is small, so the pre-treatment is crucial.
本论文工作主要包括：(1)光纤预处理石英光纤是非活性的，芯径小，在溶液中表面张力大，预处理极其重要。
参考来源 - 石英光纤表面化学镀Ni·2,447,543篇论文数据，部分数据来源于NoteExpress
我们已观察到几种在普通石英光纤中不曾观察到的非线性效应。
We have observed a few nonlinear effects which have not been observed in general fusion quartz fiber before.
本文阐述了单模塑料光纤和单模石英光纤的自动耦合的原理及其实现。
The principle and realization of auto-coupling system for single-mode POF and silica fiber is introduced in this paper.
石英光纤表面金属化有多种方法可以实现，化学镀的方法明显优于其他方法。
There were many ways to achieve metallization of quartz optical fiber surface, and electroless plating was obviously superior to other methods.
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