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学术报告当前位置: 北京大学化学与分子工程学院学术报告正文
标 题:【无机化学论坛】Hydrides for Multi-Functional Energy Storage Applications
发布时间:2017-04-19 阅读次数:370

报告人: Torben R. Jensen

Center for Materials Crystallography, iNANO Interdisciplinary Nanoscience Center and Department of Chemistry, Aarhus University, Langelandsgade 140, 8000 Aarhus C, Denmark. E-mail: trj@chem.au.dk

时间:20170424 14:0015:00

地点:北京大学化学学院A717报告厅.

 

Hydrogen is recognized as a potential and extremely interesting energy carrier, which can facilitate efficient utilization of unevenly distributed renewable energy. Furthermore, hydrogen has an extremely interesting chemistry and form compounds with most elements in the periodic table and with a variety of different types of bonds. Metal hydrides has recently become very interesting as new classes of energy materials for batteries and hydrogen storage. Here we report an overview of our recent results within new hydrogen containing materials: (i) synthesis of novel metal borohydrides and studies of their properties for hydrogen storage or as ion conductors, (ii) tailoring materials properties by formation of eutectic melting systems, and (iii) in situ powder X-ray diffraction studies of hydrogen release and uptake reactions. We conclude that the chemistry of hydrides is very divers, towards multi-functional materials.

 

Torben received a Ph.D. degree in materials chemistry and did postdoctoral research at Risø National Laboratory and DESY, Hasylab, Hamburg. He was awarded a Steno research stipend (2002) by the Danish research council, a Carlsberg research stipend (2005) form the Carlsberg Foundation and a doctor of science degree (D.Sc.) from the faculty of science and technology at Aarhus University. He was awarded the Hydrogen Energy Award in Japan 2016. He is Professor at the Interdisciplinary Nanoscience Center (iNANO) and Department of Chemistry, Aarhus University. His research interests are focused on synthesis, structural, physical and chemical properties of new inorganic materials and utilisation of synchrotron X-ray radiation for materials characterization. He has published >220 research papers and received >5400 citations (H = 42).


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