In article 1702916, Hailin Peng, Zhongfan Liu, and co‐workers demonstrate low‐temperature, rapid growth of graphene using ethane as a carbon feedstock. The authors achieve both a higher growth rate and larger domain size in comparison to the methane method. This study brings new insights into the effect of carbon feedstock on graphene growth, reducing the energy consumption for massive synthesis of graphene, and promoting further investigation to optimize graphene growth condition.

中文翻译：

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石墨烯：具有乙烷的大型单晶石墨烯的低温快速生长（Small 3/2018）

在文章1702916中，彭海林，刘中凡和同事们演示了使用乙烷作为碳原料的石墨烯的低温快速生长。与甲烷方法相比，作者实现了更高的增长率和更大的域大小。这项研究为碳原料对石墨烯生长的影响，减少大规模合成石墨烯的能源消耗以及促进进一步研究以优化石墨烯生长条件提供了新的见解。