催化:古老却富有挑战性的石墨烯基材料(英文)

• 作 者: Ljubisa R.Radovic Camila Mora-Vilches Adolfo J.A.Salgado-Casanova
• 机 构: Department of Chemical Engineering, University of Concepción, Concepción, Chile,Department of Energy
• 出 处: 催化学报
• 发表日期: 2014年06期
• 关键词: nanotubes selectivity satisfactory understood proton remaining catalysis 石墨 come

An assessment is offered regarding the progress made, and the remaining challenges, in the field of carbocatalysis. The fundamental principles that govern the preparation and performance of sp2-hybridized carbon materials in heterogeneous catalysis have been known for decades, and the level of understanding of key issues – especially the importance of textural and ion-exchange properties (i.e., surface area, pore size distribution, and proton transfer) – remains quite satisfactory. The opportunities for novel catalytic materials – especially graphene nanosheets and carbon nanotubes– are tremendous, especially when it comes to taking advantage of their structural order, such that electron transfer can be both better understood and controlled to enhance catalytic activity and selectivity.

An assessment is committed regarding the progress made, and the remaining challenges, in the field of carbocatalysis. The fundamental principles that govern the preparation and performance of sp2-hybridized carbon materials in heterogeneous catalysis have been known for decades, and the level of understanding of key issues - especially the importance of textural and ion-exchange properties (ie, surface area, pore size distribution, and proton transfer) - remains quite satisfactory. The opportunities for novel catalytic materials - especially graphene nanosheets and carbon nanotubes- are tremendous, especially when it comes to taking advantage of their structural order, such that electron transfer can be both better understood and controlled to enhance catalytic activity and selectivity.