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spectroscopy (e.g. Raman) to monitor in (close to) real-time thermal and compositional variations across the cell, including local anomalies such as hot spots, and cracks. Combined with pre- and post-mortem
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and vibrational spectroscopy (e.g. Raman) to monitor in (close to) real-time thermal and compositional variations across the cell, including local anomalies such as hot spots, and cracks. Combined with
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highly motivated PhD student to work on Process Systems Engineering (PSE) activities in the EU project EMPHATICAL, in collaboration with TNO, Politecnico di Milano, CSIC, CIRCE, SWERIM, DLR, LEAP, INERIS
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functionalities and pushing the boundary of circuit performance and knowledge. In this project, you will address the crucial challenge of thermal management in a cryogenic system. Quantum system requires complex