A fracture mechanics approach to high strength optical fiber fatigue can be provided for identifying additional fatigue mechanisms that may control failure in more aggressive fatigue environments.
另外，还提出高强度光纤的断裂机理能区分在更苛刻环境中控制光纤断裂的其它过程。
The results of some experiments show that the optical fiber strength can be increased significantly by proper process.
同时进行了对比实验，实验结果表明，正确的处理方法可显著提高光纤强度。
Two kinds of reference techniques for proof testing of optical fiber strength as well as the test methods are briefly presented. Optical fiber strength after proof testing is theoretically, analyzed.
简略介绍了两种光纤强度筛选的基准筛选试验设备及其方法，并从理论上分析了筛选试验后的光纤强度。
The factors which decrease optical fiber strength during fiber fabrication, and the methods of improving properly the strength of the optical fiber are discussed.
论述了光纤制备过程中影响光纤强度的因素以及改善方法。
All these results provide an experimental basis for further studies on the strength prediction and failure criterion's setup by the means of braided optical fiber.
从而也为今后从所编入光纤角度考虑来研究编织复合材料强度预估和失效判据奠定了实验基础。
As for the performance of UVcured optical fiber buffer coating, the main concerns are the curing speed, strength, stripping force and additional loss of the buffer layer.
紫外固化光纤缓冲层涂料性能，主要考虑的是缓冲层涂料的光固化速度、缓冲层的强度、缓冲层的剥离力及缓冲层的附加损耗等性能。
The green plastic interface provide high hardness and strength, special green logo is applicable to all optical fiber handles which fit with ISO standard.
绿色的塑料接口，提供高硬度和力度，特有的绿色标识适用于所有符合ISO标准的光纤手柄。
The green plastic interface provide high hardness and strength, special green logo is applicable to all optical fiber handles which fit with ISO standard.
绿色的塑料接口，提供高硬度和力度，特有的绿色标识适用于所有符合ISO标准的光纤手柄。
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