课题组

时新建 SHI XJ

课题组简介

本课题组主要从事光催化、电催化、及光电催化相关的新型绿色能源转化，致力于水氧化、氧还原、析氢析氧、双氧水等反应及CO₂还原和相关的催化反应附属应用如有机废物降解等。目前主要的研究内容包括光催化材料的合成与测试、合成与组装串联光催化集成电池、阳极与阴极电催化、光电催化电极材料的制备，及表界面反应动力学的研究。除常使用的无机金属氧化物材料，本课题组还从事设计合成新型有机π功能分子，基于新型π共轭骨架的发光性质、导电性质、自组装行为以及光电功能应用的研究。

截止目前，课题组已经在Chem、Nat. Commun.、Energy Environ. Sci.、Adv. Energy Mater.、Nano Energy、ACS Energy Lett.、ACS Catal.、Nano Res.、Combust. Flame等综合类和专业类顶级期刊在内的学术论文共32篇。

欢迎具有化学、材料学、物理等背景的同学及科研人员加入或交流与指导。

对本课题组感兴趣，请联系 shilx88@hotmail.com; 或 shilx@henu.edu.cn。

Our research group is mainly engaged in photocatalysis, electrocatalysis, and photoelectric catalysis related new green energy conversion, and is committed to water oxidation, oxygen reduction, hydrogen evolution and oxygen evolution, hydrogen peroxide and other reactions, as well as CO₂ reduction and related catalytic reactions, with some ancillary applications such as organic waste degradation. At present, the main research contents include the synthesis and testing of photocatalytic materials, the synthesis and assembly of tandem photocatalytic integrated cells, anode and cathode electrocatalysis, the preparation of photoelectric catalytic electrode materials, and the study of surface and interface reaction kinetics. In addition to the commonly used inorganic metal oxide materials, our research group is also engaged in the design and synthesis of new organic π functional molecules, based on the luminescence properties, electrical conductivity properties, self-assembly behaviors and optoelectronic functional applications of the new π-conjugated skeletons.

Up to now, the research group has published 32 academic papers in Chem, Nat. Commun., Energy Environ. Sci., Adv. Energy Mater., Nano Energy, ACS Energy Lett., ACS Catal., Nano Res., Combust. Flame, etc.

Students and researchers with backgrounds in chemistry, materials science, physics, etc. are welcome to join or exchange, and provide guidance.

Please email shilx88@hotmail.com ; or shilx@henu.edu.cn if you are interested in the group.

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课题组

时新建 SHI XJ