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首页> 外文期刊>Topics in Catalysis >Study of the surface structure of nickel nanoparticles catalyzing flamentary carbon growth by EXAFS: adsorption of probe molecules
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Study of the surface structure of nickel nanoparticles catalyzing flamentary carbon growth by EXAFS: adsorption of probe molecules

机译:EXAFS研究镍纳米颗粒催化火焰碳生长的表面结构:探针分子的吸附

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摘要

This work is attempt to apply EXAFS technique using probe molecules for studying the surface of Ni catalysts for carbon production. It has been demonstrated that S_2Se is suitable for the probe molecule method. It was shown that (100) and (110) planes of the nanocrystals of nickel catalysts providing formation of filamentary carbon are mainly formed by one-layer height steps.
机译:这项工作是试图将EXAFS技术应用于探针分子,以研究用于生产碳的Ni催化剂的表面。已经证明S_2Se适合于探针分子方法。结果表明,形成丝状碳的镍催化剂的纳米晶体的(100)和(110)面主要是通过一层高度台阶形成的。

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