| Andreas Mertens |
TDM enhanced Electrochemical impedance Spectroscopy for the investigation of Lithium- Ion batteries
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| Marc Paulus |
NMR spectroscopic investigation of the solid-state Li-ion conductor Li10GeP2S12
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| Anja Hoffmann |
High-Voltage Lithium Manganese Spinel Cathode Material for Lithium-Ion Batteries
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| Arvid Niemöller |
In situ Measurement of PEM FuelCells with EPR Spectroscopy
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| Onur Bakirmann |
Porous Anodes for Iron-Air Batteries
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| Simon Jakobi |
Investigation on the effect of differently orientated p- and n-type Si-wafers on the efficiency of Si-air-batteries using an ionic liquid for electrolyte
|
| Yu Duan |
Preparation and Characterization of Electrode Materials for Metal-Air Batteries
|
| Xin Gao |
Preparation and Characterization of Li1.3Al0.3Ti1.7(PO4)3 Electrolyte Materials for All-Solid-State Lithium-ion Batteries
|
| Sven Jovanovic |
Raman spectroscopy and imaging of electrode materials
|
| Jörg Ackermann |
Characterization of porous cathode materials using methods of NMR
|
| Daniel Kröger |
Structural and electrochemical investigation of carbonized air-cathodes
|
| Markus Gehring |
Investigation of porous iron anodes for iron-air batteries
|
| Maike Wirtz |
Synthesis and characterization of cubic-stabilized, garnet-type solid state electrolytes for lithium-ion batteries
|
| Trutz Theuer |
Electrochemical characterization of differently doped lanthanum based perovskite electrodes and their durability towards chromium poisoning
|
| Sabrina Heuer |
Manufacturing and characterization of lithium lanthanum zirconate solid state electrolytes for lithium-ion batteries
|
| Cinar Karacan |
Examination of mixed ion-electron conducting cathode materials for SOFC
|
| Lucy Dittrich |
Electrochemical processes of the high temperature co-electrolysis
|
| Markus Nohl |
Development of a parameter matric for the prediction and application of product gas compositions in high-temperature co-electrolysis
|
| Christoph Roitzheim |
Electrochemical characterization of the non-aqueous Si–air batteries under different operating conditions
|
| Simon Kammler |
Synthesis and characterization of iron substituted garnet type solid state electrolytes for lithium ion batteries
|
| Sophia Brauksiepe |
Sol-Gel Synthesis of Garnet-Type Tantalum Substituted Li7La3Zr2O12
|
| Esther Jaekel |
Boundaries of co-electrolysis
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|
Ifeanyichukwu Daniel Unachukwu
|
Synthesis and characterization of A-site substituted Lanthanum Nickelates as oxygen Electrodes for Solid Oxide cells
|
| Stefanie Wolf |
Boundaries of high-temperature co-electrolysis towards CO2-electrolysis
|
| Jenifar Mazumder |
Contact loss simulation of SOFC/SOEC in COMSOL
|
| Kira Henke |
Investigation of Catalyst Deposition on Carbon Nanofibre Mats for CO2-Reduction Towards Formate
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| Bastian Rutjens |
Tin oxide nanoparticles for CO2-reduction towards formate in aqueous electrolytes
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| Tobias Duyster |
Investigation of the future potential of high temperature CO2-electrolysis
|
| Tom Fischer |
Optimization of CO2 adsorption selectivity and capacity of electrospun PAN-based carbon nanofibers
|
| Renée Breuer |
Preparation and characterization of green hybrid electrolytes based on starch and water-soluble lithium salts
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| Gaurav Raut |
Modeling of equivalent circuits and their distribution of relaxation times to describe elementary processes in SOFC / SOEC
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