Our group mainly involves two aspects of electrocatalysis: mechanism understanding and rational catalyst design. The main focus is to apply in situ characterization techniques in electrochemistry (e.g., on-line differential mass spectrometry, combined electrochemical/atomic force microscopy system, in situ Raman spectroscopy, in situ UV-Vis spectroscopy, etc.) to directly observe the changes of electrodes/interfaces/electrolyte during electrochemical processes, to understand the actual physical meaning of electrochemical phenomena from a chemical/structural perspective. By studying the causes of catalyst deactivation, instability, and performance drop using in situ techniques, the group aims to use such information to guide the construction of efficient, highly stable, and practical electrocatalytic systems for a sustainable world. The group primarily targets three processes of particular environmental and energy impact: 1. electrochemical separation and conversion of carbon dioxide; 2. large current impure water electrolysis; 3. electrochemical biomass conversion.

We offer modern facilities, such as in situ AFM, Raman spectroscopy, on-line MS, multichannel potentiostat etc., for essential electrochemical research. We also have close collaborators in various regions, including Hong Kong, Japan, and the UK. The team values mutual respect, professionalism, and accountability for the working environment.

• Application deadline: Open till filled
• Send required documents electronically to Dr. Zheng at weiran.zheng@gtiit.edu.cn: 1) Curriculum vitae and personal statements (your background, experience, and motivation); 2) Degree certificates; 3) Transcript during undergraduate study.