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Mechanical behavior of low- and high-strength carbon-coated fibers

机译:低强度和高强度涂碳纤维的机械性能

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Abstract: The factors limiting the maximum strength of carbon coated fibers are considered. In spite of the variations in the inert strength, at room temperature the strength of fibers under investigation depends not on the drawing conditions, but on the properties of the carbon coating. The strength of weak carbon coated fibers with melted-in zirconia particles is also investigated. It grows with increasing carbon thickness (i.e. decreasing of fiber electrical resistance). When the carbon coating is thick enough (electrical resistance is less than 10 kOhm/cm), the fiber strength practically does not depend on the coating thickness and environment humidity and is more than two times higher than that of polymer coated fibers.!7
机译:摘要:考虑了限制碳包覆纤维最大强度的因素。尽管惰性强度有所变化,但在室温下,所研究纤维的强度并不取决于拉伸条件,而是取决于碳涂层的性能。还研究了带有熔化的氧化锆颗粒的弱碳涂层纤维的强度。它随着碳厚度的增加而增长(即纤维电阻的降低)。当碳涂层足够厚(电阻小于10 kOhm / cm)时,纤维强度实际上不取决于涂层厚度和环境湿度,而是比聚合物涂层纤维高两倍以上!7

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