MATERIAL SYNTHESIS

  • Thermodynamic-guided nanomaterial fabrication 

  • Phase and structure modulation of heterogeneous nanomaterials

  • Metal-organic hybrid materials

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ELECTROCATALYSIS

  • Electrochemical reactions for renewable energy conversion

  • Multi-scale material designs for catalytic active sites control

  • Electrolyzer system engineering

REACTION MECHANISM STUDY

  • In-situ/Operando X-ray absorption spectroscopy (XAS)

  • In-situ/Operando spectroscopies  for tracking the intermediates behavior

RESEARCH OVERVIEW

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MATERIAL SYNTHESIS

Thermodynamic-guided nanomaterial fabrication

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Phase and structure modulation of heterogeneous nanomaterials

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ELECTROCATALYSIS

 

Electrochemical reactions for renewable energy conversion

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Multi-scale material designs for catalytic active sites control

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Electrolyzer system engineering

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REACTION MECHANISM STUDY

In-situ/Operando X-ray absorption spectroscopy (XAS)

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