Dr. Léonard Kröll

- Analysis of the current and future hydrogen value chain, especially in the field of hydrogen production and hydrogen utilization - Assessment of the peripheral systems ("Balance of Plant") of fuel cell powered vehicles - Evaluation of the possibilities for the electrification of future propulsion systems of the single-aisle aircraft class - Consideration of printed electronics, especially for the production of printed pressure sensors

- Technical and legal advice

- Project coordination with industrial partners in the field of battery cells - Evaluation of complex data sets of magnetic resonance spectroscopy - Extension of fundamental theories of electron spin resonance to describe conductive materials - Support of academic teaching

- Investigation of thermodynamic equilibria on catalytic surfaces - Development of a novel statistical model of nickel agglomeration in metallic-ceramic compounds - Determination of the degradation of solid oxide fuel cells/electrolysers due to nickel agglomeration

- Development of a deuteron-deuteron polarimeter for the study of polarized nuclear fusion - Statistical evaluation of occurring scattering processes of fusion reactants - Simulation of the angular dependencies of polarized fusion reactions

Investigation of degradation mechanisms in Solid Oxide Fuel/Electrolysis Cells

Design and testing of a deuteron-deuteron polarimeter