Happy to share our recent publication in @ACSCatalysis, reporting how we altered the #catalytic#bias of the #NiFe_Hydrogenase from Cupriavidus necator by immobilizing it via a #his_tag on tin-rich ITO planar thin film model #electrodes. Thank you team!
https://t.co/NmiiJQZnRA
I want to share this opinion about the stability of non-noble electrocatalysts for acidic water electrolysis (OER). I was surprised that some materials are pretty stable and can be stabilized further.
Anyone can access this work in the next ca. 50 days - https://t.co/w4y6cwexYE
Looking forward to the visit of Prof. Karl Mandel from @UniFAU, who will give a presentation today on “Supraparticles – interactive systems from assembled
nano building blocks” in our "Inorganic Chemistry Talks" @UniFreiburg.
Interested in how different types of conductive carbon additives can influence the performance of an organic battery? Check out our collaborative paper in Advanced Functional Materials. Team effort :-) @AnnaFischerLab, @Besserchemistry, Biecker Lab@ MEET.
https://t.co/wr3tdxvZM5
How can immobilizing an organic redox polymer in the conductive carbon additive boost its cycling stability? Check out our collaborative work with @WWU_Muenster and @UniFreiburg (@AnnaFischerLab) in Adv. Funct. Mater.
https://t.co/OrkTJtevob
Interested in how different types of conductive carbon additives can influence the performance of an organic battery? Check out our collaborative paper in Advanced Functional Materials. Team effort :-) @AnnaFischerLab, @Besserchemistry, Biecker Lab@ MEET.
https://t.co/wr3tdxvZM5
An important milestone to #decarbonize aviation! One of many ways electrolysis and green #hydrogen can help to eliminate emissions in the transportation sector.