I am always focused on safe storage, conversion and efficient utilization of green energy. The interface energy materials and their microscopic phenomena of the interface electrochemical reactions are interesting for me and our group, especially in their applications of nitrogen cycle for the zero-carbon project.

My research interests focus on controllable fabricationof functional materials for green energy and environmental protection.

I am mainly engaged in the preparation and design of bio-based functional materials, focusing on their application research in the fields of new optical sensing and energy storage system.

My main research interests are new energy materials and their applications in new energy storage and conversion systems, including lithium-ion battery, solid polymer electrolyte, in-situ analysis device design and reaction mechanism analysis, etc.

My research interests are the study of new energy storage and conversion, focusing on the development of lithium ion batteries, lithium sulfur batteries, lithium metal anodes and zinc ion batteries.

I have been committed to the construction of functional nanomaterials and the design of new energy conversion devices, focusing on their efficient application in hydrogen production, electrocatalytic nitrogen fixation and ammonia fuel cell fields.

I mainly engaged in the research of interface modification on electrodes and synthesis of electrolyte, focusing on their application in energy storage devices with high energy density and power density.

I have been engaged in first-principles research on inorganic solid functional materials for a long time, and now I mainly focus on the DFT research of energy catalytic materials.

I have been committed to the construction of functional nanocatalyst and the design of perovskite materials, focusing on its application research in the fields of proton exchange membrane fuel cell and solid oxide fuel cell.