Multimodal X-ray/In-situ Research
Development of future energy, nano, and semiconductor materials through in-situ analysis and AI-based research
- Research on in-situ/operando analytical methods using X-rays and establishment of customized platforms
- AI-based research on automating the physical property analysis of energy materials and optimizing material development
Research Infrastructure
Advanced X-ray-based analytical methods and in-situ/operando analysis technologies
- In-situ/operando analysis of energy materials using X-rays and synchrotron radiation
- “Next-Generation Convergent In-situ Nanoanalysis System (AiSAS),” consisting of 7 analytical instruments and 8 process instruments connected under ultra-high vacuum, enabling processing/analysis without air exposure of samples
On-site Optical Analysis Technology
- Electrochemical cells (planar/cross-sectional)
- Real-time Raman imaging
- Automated data processing
On-site X-ray Analysis
- APXPS/SXAS
- Synchrotron radiation beamline
- In-situ interfacial analysis technology