NanoCHEMOpt-IO

Nanoscale Correlative High throughput ElectrocheMical-Optical Imaging Operation

This project aims to develop analytical strategies for assessing the performance of new electroactive materials or components for next generation energy storage or conversion systems (capacitors, batteries and electrolyzers). Current researches focus on evaluating the performance of these materials through standardized tools enabling operando and high-throughput characterizations.

The project aims the development and utilization of a unique multiscale SEPM/HROM instrument, which combines pipette-based scanning electrochemical probe microscopies (SEPMs) and high-resolution optical microscopies (HROMs) for real-time monitoring of electrochemical processes operando, particularly at the nanoscale. By leveraging this instrument, the project seeks to enhance understanding and quantification of nanoscale electrochemical processes for various applications, including energy storage and materials science.

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