Synthesis and characterization of exotic carbon fibers with branched spurs using nickel catalyst precursor
In this paper, we have synthesized exotic carbon fibers with branched spurs by a chemical vapor deposition method using nickel catalyst precursor at 600 °C. No catalyst particles were found at the base of the carbon spurs, suggesting that the nickel catalyst particles, which were decomposed from the nickel catalyst precursor, facilitated the growth of the carbon fibers but not the spurs. The formation of the spurs resulted from the fluctuation of the carbon source gas acetylene flow. The samples were characterized by field emission scanning electron microscopy, transmission electron microscopy, and X-ray powder diffraction.
Physics, Astronomy, and Materials Science
Carbon materials, Chemical vapor deposition, Electron microscopy, Microstructure
Zhang, Qian, Qiu Xiang Wang, Hong Zhou Dong, and Li Feng Dong. "Synthesis and characterization of exotic carbon fibers with branched spurs using nickel catalyst precursor." In Advanced Materials Research, vol. 645, pp. 3-9. Trans Tech Publications Ltd, 2013.
Advanced Materials Research