报告时间：2023年12月20日 上午9:30

报告地点：能源学院M1-3号会议室

报告人：Junxian ZHANG，Institute of Chemistry and Material Paris Est (ICMPE)

　　报告摘要：

　　Commercial Li-ion batteries use graphite and metal oxides as negative and positive electrodes through Li intercalation reaction. The capacity is limited by the reaction nature: intercalation. The quantity of Li-ion can be intercalated in one compound without destroying the structure is limited. In contrary, conversion reactions are one way to step forward larger capacities at the anode.Beside solid-state storage of hydrogen with metallic or complex hydrides, electrochemical storage is one of the most advanced commercial applications developed so far, for hydrides with well-known alkaline Ni-Metal Hydrides (Ni-MH) batteries. Recently, a breakthrough was realized by demonstrating that metal or complex hydrides can be also used for lithium-ion batteries either as negative electrode or solid electrolytes. We here give some examples to use metallic or complex hydrides as negative electrode and solid electrolyte, development of half- and full-cells using the combination of solid hydride-based electrolytes and metal hydride anodes that pave the way to future hydride-based efficient electrochemical storage systems.

　　报告人简介：

　　Research Engineer with Habilitation since October 2016，Institute of Chemistry and Material Paris Est (ICMPE)

　　Scientific Scope:

• Study of the structural, physic-chemical and hydrogenation properties of intermetallic compounds and their hydrides.

• Study of electrochemical properties of metallic and complex hydrides as electrodes in Ni/MH, Li-ion and new proton exchange batteries.

• Study of magnetic properties of rare earth-transition metal compounds.

　　联系人：DNL1901 谢冬（0411-39787225）