Overview
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External doctoral candidates
| Name |
PhD topic |
| Brinker, Debora |
Electrochemical characterization and modelling of incremental PEM electrolysis cells |
| Cistjakov, Walter |
Multi-scale Model based Analysis of Structural Influences on Performance in Lithium Batteries |
| Dorn, Marvin |
Analysis of the Dynamic Behavior of Large Electrolyzers for Grid-Friendly Integration into High and Extra-High Voltage Grids |
| Goldbach, Daniel |
Electrochemical Modeling of the Aging Behavior of Ni-rich NMC based Cathodes for Lithium-Ion Battery Cells |
| Kardes, Gözde |
Microkinetic Analysis of the Oxygen Evolution Reaction in PEM- electrolysis cells |
| Klink, Rico |
Impedance-based modelling of the overpotential characteristic of Lithium-Ion Batteries |
| Liu, Yanting |
Microstructural characterization and modeling of degradation in Ni/CGO anode |
| Mueller, Marius |
Space-resolved Multiphysics Finite Element Model for Solid Oxide Electrolysis Cell Stacks |
| Oppel, Niklas |
Model-assisted Analysis of CO2 Reduction on Cu-based Electrodes in Non-aqueous Electrolytes |
| Raab, Sebastian |
Impedance-based Analysis and Modeling of PEM Fuel Cell Degradation |
| Schmidt, Leon |
Identification of thermal degradation mechanisms of carbonate-based electroytes in lithium-ion batteries |
| Schiffler, Marc |
Multiphysical Simulation of Large Format Lithium-Ion Batteries |
| Tumelero, Marcel |
Simulation Bases Safety Evaluation of Lithium-Ion Cells during Thermal Runaway including the Thermo-Electro-Chemical Gas Flow |
| Wilde, Dion |
Simulation-based structural optimization of high-capacity electrodes |
| Witzel, Ruth |
Experimental Investigation of CO2 Reduction in Organic Electrolytes |
