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MACROSTRUCTURE AND MICROSTRUCTURE OF THE CARBON FIBRE COMPOSITE UAM92-5D-B

机译:碳纤维复合材料UAM92-5D-B的宏观结构和微观结构

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A number of methods (TEM, SEM, optical microscopy, EPMA, XRDA) was applied to uncover the architecture and the microstructure of a carbon fibre composite developed in the Russian Federation for application in ITER. The results, especially on microstructure and defects in the different components of this composite enabled the formulation of relations between the microstructural features and the manufacturing procedures which should be representative also for other multidirectional CFCs. Because of their importance for fusion application, special emphasis was devoted (a) to the influence of the different types of inner free surfaces in CFCs on their hydrogen absorption and retention and (b) to the effect of irradiation on microstructural features which govern the mechanical properties, as, for example, toughness. [References: 44]
机译:应用了许多方法(TEM,SEM,光学显微镜,EPMA,XRDA)来揭示俄罗斯联邦开发的用于ITER的碳纤维复合材料的结构和微观结构。结果,特别是有关该复合材料不同组成部分的微观结构和缺陷的结果,使得能够制定微观结构特征与制造程序之间的关系,这些关系也应代表其他多向CFC。由于它们对于熔融应用的重要性,因此特别着重于(a)CFC中不同类型的内部自由表面对其氢吸收和保留的影响,以及(b)辐射对控制机械性能的微结构特征的影响性能,例如韧性。 [参考:44]

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