Ni-Fe-P 合金催化制备螺旋碳纤维
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西北工业大学理学院应用化学系

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Preparation of Carbon Micro-Coils Using Ni-Fe-P Alloy as Catalyst
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    摘要:

    采用化学镀法在石墨基体表面沉积出Ni-Fe-P 合金催化剂,通过SEM、XRD、EDX 对合金催化剂
    进行分析表征。通过CVD 法,以热处理后的Ni-Fe-P 合金作为催化剂,噻吩为助催化剂,乙炔为碳源,反应温
    度为650℃条件下成功制备出螺旋碳纤维。研究发现所得产物全部为尺寸、形貌规整的双螺旋碳纤维,纤维长
    度达到毫米级,螺旋直径及单根纤维直径分别为2 ~3 μm、0. 5 ~0. 8 μm。

    Abstract:

    The Ni-Fe-P alloy catalysts were deposited on the graphite matrix using electroless plating method,
    the catalysts were also characterized and analyzed by scanning electron microscopy, X-ray diffraction, energy dispersive
    X-ray. Using the heat treated Ni-Fe-P alloy as catalyst, thiophene as impurity, acetylene as the carbon source,
    the carbon micro-coils were successfully prepared by chemical vapor deposition method under the reaction temperature
    at 650℃. The study found that the resulting products are almost a regular dimension, morphology of the double helix
    carbon fibers, the length of the fiber is millimeter, the helix diameter and the single fiber diameter are 2 to 3 μm,0. 5
    to 0. 8 μm.

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引用本文

史海林. Ni-Fe-P 合金催化制备螺旋碳纤维[J].宇航材料工艺,2012,42(6).

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  • 在线发布日期: 2016-11-28
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