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The unidirectional carbon fiber/ceramic composites (CFRC) were prepared from high performance carbon fiber (CF) and diphenylborosiloxane.The CF strand impregnated with diphenylborosiloxane containing SiC micro powder (0.26μm in size) were heated at 500°C in air, and reheated at 1000°C in N2.The influences of the following factors on the mechanical properties of CFRC wereinvestigated; (1) amounts of SiC powder, (2) CF contents, (3) diphenylborosiloxane concentration of infiltration solution, and (4) numbers of infiltration.The mechanical properties of CFRC were mainly influenced by the diphenylborosiloxane concentration of infiltration solution.The prepared CFRC rod (3mm in diameter) showed the bulk density of 1.67g/cm3, the bending strength of 320MPa and the Young's modulus of 130GPa.The stress-strain curve of this prepared CFRC indicates a high toughness.

Effects of Several Factors on the Mechanical Properties of Carbon Fiber/Ceramic Composites Using Borosiloxane