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Microstructure and mechanical properties of the pyrocarbon reinforced by bamboo-shaped nanofibers

机译:竹形纳米纤维增强的吡烃的微观结构和力学性能

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Pyrocarbon reinforced by bamboo-shaped carbon nanofibers was fabricated using thermal gradient chemical vapor deposition. The deposit is composed of pyrocarbon flake and defined as low texture according to the classification proposed by Huttinger; the diameter of bamboo-shaped carbon nanofibers ranges from a few decades to about 250nm. At the wall of the bamboo-shaped nanofibers, the graphene planes tangle each other and the interior of nanofiber are stacked randomly by nanosized graphitic materials. The bulk density of the pyrocarbon is about 1.77 g/cm~3 and the lowest flexural strength is 138.71MPa. The compressive strength of pyrocarbon parallel to and perpendicular to the basal plane are 336.71MPa and 196.98MPa, respectively.
机译:使用热梯度化学气相沉积制造由竹形碳纳米纤维增强的吡烃。沉积物由吡烃薄片组成,并根据喷丝器提出的分类定义为低质量;竹状碳纳米纤维的直径从几十年到大约250nm。在竹形纳米纤维的壁上,石墨烯平面彼此缠结,纳米纤维内部通过纳米型石墨材料随机堆叠。吡烃的堆积密度约为1.77g / cm〜3,抗弯强度最低为138.71MPa。 Pyrocarbon平行于和垂直于基底平面的抗压强度分别为336.71MPa和196.98MPa。

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