青海中利光纤技术有限公司
Published:2018
移动端阅览
[1]卫晓明,刘世浩,蒲东林,徐作臣,谢康.浅谈光纤断裂源的检测及分析方法[J].现代传输,2018(01):68-70.
卫晓明, 刘世浩, 蒲东林, et al. 浅谈光纤断裂源的检测及分析方法[J]. 2018, (1): 68-70.
[1]卫晓明,刘世浩,蒲东林,徐作臣,谢康.浅谈光纤断裂源的检测及分析方法[J].现代传输,2018(01):68-70. DOI:
卫晓明, 刘世浩, 蒲东林, et al. 浅谈光纤断裂源的检测及分析方法[J]. 2018, (1): 68-70. DOI:
光纤强度是评价光纤性能的重要指标之一
其性能优劣可直接影响光通信的可靠性。本文基于相关断裂理论
通过分析拉丝过程中的光纤断点特征
定性地讨论了光纤生产过程中断裂源的形成原因。分析了光纤强度的主要影响因素
初步建立了一套较为完整的光纤断裂源的检测及分析方法。
Optical fiber strength is one of the important indexes of its performance evaluation
which can directly affect the reliability of the optical communication. Based on the related theory of fracture
through analyzing the characteristic of the fiber breaks in the process of drawing
the reason for the formation of fracture during the process was discussed qualitatively
the main factors of fiber strength were analyzed
a completely method to analyze fiber breaks was built initially.
光纤断裂源形貌的研究 [J]. 童维军,罗杰. 光通信技术 . 2004(09)
光纤断裂因素分析及强度优化 [A]. 曹珊珊.2012年光缆电缆学术年会论文集[C]. 2012
拉丝工艺对光纤强度的影响 [A]. 徐海涛.中国通信学会2011年光缆电缆学术年会论文集[C]. 2011
0
Views
85
下载量
1
CSCD
Publicity Resources
Related Articles
Related Author
Related Institution