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Publication on In vacuo scratching yields undisturbed insight into the bulk of lithium-ion battery positive electrode materials
2024/09/20
Now online
Mellin et. al introduce the method of in vacuo scratching as preparation for XPS measurements of LIB positive electrode materials, which can drastically reduce spectral contaminations and enhance spectral quality, enabling higher information gain.
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Study on Operando Transformation of NiS Electrocatalysts in the HER published
2024/06/26
What causes the increased reactivity of transition metal chalcogenides? Using operando spectroscopy, the restructuring of NiS electrocatalysts into a Ni3S2|NiO system could be demonstrated. This interface can also be held responsible for increased reactivity on a mechanistic level. Find out more here.
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Review on Multijunction Absorbers for Artificial Leaf Photoelectrodes Published
2024/04/26
Learn in this comprehensive overview how multilayer absorbers for artificial leaves enable a competitive and sustainable photocatalyst for water splitting, how to design these structures and what urgent research questions remain to be answered.
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Approval BMBF-Young-Research-Group for Dr. Marcus Einert
2024/03/12
Under the lead of Dr. Marcus Einert, a new young research group is developing at Surface Science Laboratory. A positive grant was given by the BMBF for research on hydrogen production with photoelectrolysis employing tandem absorbers.
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Publication on the voltage-dependent charge compensation mechanism and cathode electrolyte interface stability of the lithium-ion battery cathode materials LCO and NMC333 studied by XPS
2024/02/08
Now online
Mellin et. al used In-vacuo scratching combined with carbon- and binder-free preparation of battery cathode material, leading to well-defined XPS core-level spectra.
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