The feasibility to use surface fluorination technology in the formation of the cladding of PMMA POF is studied.
研究了利用表面氟化技术制作PMMA聚合物光纤包层的可行性。
Through experiments the loss variation of several kinds of PMMA POF before and after surface fluorination is compared.
通过实验,比较几种光纤表面氟化前后损耗值的变化,发现表面氟化后光纤损耗明显降低。
Absorption loss due to high harmonics of C-H vibrations, the primary loss factor in PMMA POF, was analyzed and calculated. And the results were consistent with measured datas.
通过对PM MA塑料光纤中的主要损耗因素C - H谐波吸收进行了理论分析,并进行了定量计算,结果与实际测量数据一致。
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