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The stabilization of the unstable fcc‐NixC by taking advantage of the epitaxial growth to elevate the structure transformation energy barrier using Au as the substrate is presented for the first time by Donfeng Zhang, Lin Guo, Xiao‐Dong Han, and co‐workers in article number 1706434. The introduction of Au promotes the carbon diffusion in Ni and the thereby graphitic carbon growth.
Nickel is a crucial catalyst for its excellent performance in active carbon atom–related catalysis such as hydrocarbon steam reforming and 1D carbon nanostructures preparation. The carbon diffusion activity in Ni is of critical importance in understanding the catalytic behavior and thereby the performance optimization. However, the carbonization process is still vague because of the hardly identified...
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