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Ajayan Vinu has been working as a Professor of Nanomaterials at the University of South Australia since October 2015. Before moving to the University of SA, he was working as a full professor at the University of Queensland from September 2011 to September 2015. Professor Vinu is recognised as a world leader in the field of nanoporous materials, with specific interest in the material's application in carbon capture, energy storage, adsorption and separation, and catalysis. He has introduced a new field of research on nanoporous nitrides and developed novel methods for making new highly ordered nanoporous materials with improved textural parameters and multiple functions. His significant contributions to the field include the discovery of the first nanoporous carbon nitride materials with tunable pore structures and textual parameters; the discovery of the first nanoporous boron nitride and boron carbon nitride materials; and the development of a new class of carbon nanoporous materials with novel architectures, including carbon nanocage, and nanocoops, hexagonal and cubic nanoporous carbons. These nanostructures aim to enhance mechanical, conducting, field emission and energy storage properties for use in advanced materials for supercapacitors, catalysis, fuel cells and the photo-electrochemical conversion of greenhouse gas.
机译:自2015年10月,Ajayan Vinu一直在南澳大利亚大学纳米材料教授。在搬到SA大学之前,他于2011年9月至2015年9月担任昆士兰州大学的全教授。冯教授是被认为是纳米多孔材料领域的世界领导者,具有对材料在碳捕获,能量储存,吸附和分离和催化中的应用的具体兴趣。他介绍了一种关于纳米多孔氮化物的新研究领域,并开发了一种新的新型纳米多孔材料,具有改进的纹理参数和多种功能。他对该领域的显着贡献包括使用可调谐孔结构和文本参数的第一纳米多孔碳氮化物质的发现;第一纳米多孔氮化硼和硼碳氮化物质的发现。以及新型碳纳米多亚多孔材料的开发,具有新颖的建筑,包括碳纳米子宫和纳米孔,六边形和立方纳米多孔碳。这些纳米结构旨在增强机械,导电,场发射和能量储存性能,以用于超级电容器,催化剂,燃料电池和温室气体光电化学转换的先进材料。

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