1. Molecular creation of high-temperature fuel cell polymer electrolyte membrane

Around the special engineering plastics (Tg≥150oC), construct and inspect a variety of acid/alkali composite and organic phosphoric acid based high temperature electrolyte membranes, establish a high temperature electrolyte membrane life evaluation method and accelerated aging characterization system, and build high performance high temperature fuel cell polymer electrolyte. membranes. Identify and control key parameters in the large-scale manufacturing process of electrolyte membranes; develop large-scale electrolyte membranes manufacturing process; master key technologies of quality control and consistency control in electrolyte membrane amplification process; establish high-temperature electrolyte membrane production lines.

2. Structure design of direct alcohol fuel cell electrolyte membrane

 In view of the high permeability and poor stability of ultra-thin electrolyte membrane with low-area ratio proton-resistance, the properties of the material are studied by the concept of molecular design, that is, combining the study of the structure-activity relationship of polymer electrolyte membranes and the study of chemical synthesis methods, achieving methord for molecular optimization design and efficient chemical synthesis, and finally creating new polymer electrolyte membranes wigh high performance. Particularly, polymer electrolyte membranes with "interspersed network structure” will be research in depth.

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2008-09--2013-06 Jilin University Doctor
2004-09--2008-06 Jilin University Bachelor

修改栏目名 隐藏 同步

Outstanding Science and Technology Achievement Award of the Chinese Academy of Sciences, First Prize, Academy, 2016