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Design of Semiconducting Nanomaterials For Photo-electrochemical Energy Conversion



Design of Semiconducting Nanomaterials For  Photo-electrochemical Energy Conversion


Prof. Dr. Lianzhou Wang

ARC Centre of Excellence for Functional Nanomaterials

School of Chemical Engineering, The University of Queensland

St Lucia, Brisbane, QLD 4072 Australia

时 间:2010年5月7日(星期五) 15:00-16:00

地 点:四号楼5楼会议室

联系人:祝迎春 郑学斌 2632, 4104

Innovative materials for energy conversion hold the key for renewable energy production. Aimed at developing new nanostructures for renewable photo-electrochemical energy conversion, recent advances are presented in the design, band-gap modification, and self-assembly of several types of transition metal oxide based materials including titania, manganese oxides, layered titanate, tantalates and niobate-based pervoskites. These materials underpin the potential applications in water/air purification, hydrogen production and electrochemical supercapacitors.

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