Research

Bridging advanced electron microscopy techniques with sustainable energy solutions through innovative research

Research

Our group leverages cutting-edge environmental transmission electron microscopy to investigate atomic-scale environmental processes. We develop novel electrochemical strategies for CO2 conversion, aiming to bridge fundamental science with practical sustainability solutions.

Through interdisciplinary approaches combining materials science, chemistry, and physics, we push the boundaries of what can be observed and achieved at the nanoscale.

Research Facilities

State-of-the-art equipment and facilities supporting our cutting-edge research

Environmental TEM (ETEM)

In-situ atomic-resolution imaging under controlled gas environment

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Electrochemical Workstation

Multi-channel electrochemical analysis system

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CO2 Reduction Cell

Custom-designed flow cell for CO2 electrolysis

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Collaboration Opportunities

We welcome academic partnerships and collaborative research initiatives. Join us in advancing the frontiers of environmental electron microscopy and sustainable energy.

Contact for Collaboration
京ICP备2026035491号-1