The fabrication method adopted is getting internal mirror by using wet etching and fusion splicing on cleaved perfect optical fiber tip. The half-wave loss problem is avoided effectively using this structure.
F-P腔的具体制作工艺与腔长的计算是论文的重点部分,F-P腔内部反射镜是由高质量切割的光纤端面构成,通过液态腐蚀与高温熔接的方法制作F-P干涉腔,此结构有效避免了光在传播中的半波损失问题。
参考来源 - 新型光纤法布里—珀罗干涉传感结构·2,447,543篇论文数据,部分数据来源于NoteExpress
以上来源于: WordNet
By splicing and tapering at the fusion point of single mode fiber and capillary optical fiber, an effective bi-tapered fiber coupling technique is implemented.
通过对单模光纤与毛细管光纤熔点处进行熔融拉锥实现了单模光纤与毛细管光纤之间的高效耦合。
By way of splicing and tapering at the fusion point of one-core single mode fiber and the two-core single mode fiber, an effective coupling technique is implemented.
通过在单芯光纤和双芯光纤焊点处进行熔融拉锥的方法,实现了这种新颖的耦合技术。
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