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However, major impediments to large-scale application still arise on the material side, related to the cost and poor performance of the cathode catalyst. State-of-the-art electrocatalysts are all Pt-based materials, suffering from poor electrochemical oxygen reduction kinetics. 5232_1-2020_D.pdf 5232 — Das Magazin des Paul Scherrer Instituts (Ausgabe 1/2020) Publications of the microXAS group (for list of all microXAS publication follow this link) Annual Report 2021.pdf 11. Oktober 2018 • 10:30 ENE Division General Information Event Prof. Dr. Thomas J. Schmidt 29. Januar 2015 • 11:00 LEC Activities 2014 / Outlook 2015 Prof. Dr. Thomas J. Schmidt 02. Mai 2019 • 11:00 ENE Seminar: Tenure Track II Presentation: Dr. Saša Bjelić 24. Februar 2017 • 13:00 Elektrochemie (LEC): Ergebnisse 2016 / Ziele 2017 Prof. Dr. Thomas J. Schmidt 21. Februar 2019 • 11:00 ENE Seminar: The Electrochemistry Laboratory LEC: Results 2018 / Objectives 2019 Dr. Felix N. Büchi 14. Februar 2019 • 11:00 ENE Seminar: The Laboratory of Environmental Chemistry LUC: Results 2018 / Objectives 2019 Prof. Dr. Margit Schwikowski 31. Januar 2019 • 11:00 ENE Seminar: The Bioenergy and Catalysis Laboratory LBK: Results 2018 / Objectives 2019 Prof. Dr. Oliver Kröcher 10. Januar 2019 • 11:00 ENE Seminar: The Laboratory of Atmospheric Chemistry LAC: Results 2018 / Objectives 2019 Prof. Dr. Urs Baltensperger 22. Februar 2018 • 11:00 Laboratory of Environmental Chemistry (LUC): Results 2017 / Objectives 2018 Prof. Dr. Margit Schwikowski 15. Februar 2018 • 11:00 Bioenergy and Catalysis Laboratory (LBK): Results 2017 / Objectives 2018 Prof. Dr. Oliver Kröcher Erste Seite « Erste Vorherige Seite ‹ Vorherige … 5 6 7 8 9 10 11 12 13 … Nächste Seite Nächste › Letzte Seite Letzte »
17.07.2017 Nanomaterial helps store solar energy: efficiently and inexpensively By combining a scalable cutting-edge synthesis method with time-resolved X-ray absorption spectroscopy measurements, it was possible to capture the dynamic local electronic and geometric structure during realistic operando conditions for highly active OER perovskite nanocatalysts.
27.09.2016 Investigating the Role of Strain toward the Oxygen Reduction Activity on Model Thin Film Pt Catalysts Environmentally friendly energy conversion devices such as fuel cells are becoming more and more attractive. However, major impediments to large-scale application still arise on the material side, related to the cost and poor performance of the cathode catalyst. State-of-the-art electrocatalysts are all Pt-based materials, suffering from poor electrochemical oxygen reduction kinetics.
24. Februar 2017 • 13:00 Elektrochemie (LEC): Ergebnisse 2016 / Ziele 2017 Prof. Dr. Thomas J. Schmidt
21. Februar 2019 • 11:00 ENE Seminar: The Electrochemistry Laboratory LEC: Results 2018 / Objectives 2019 Dr. Felix N. Büchi
14. Februar 2019 • 11:00 ENE Seminar: The Laboratory of Environmental Chemistry LUC: Results 2018 / Objectives 2019 Prof. Dr. Margit Schwikowski
31. Januar 2019 • 11:00 ENE Seminar: The Bioenergy and Catalysis Laboratory LBK: Results 2018 / Objectives 2019 Prof. Dr. Oliver Kröcher
10. Januar 2019 • 11:00 ENE Seminar: The Laboratory of Atmospheric Chemistry LAC: Results 2018 / Objectives 2019 Prof. Dr. Urs Baltensperger
22. Februar 2018 • 11:00 Laboratory of Environmental Chemistry (LUC): Results 2017 / Objectives 2018 Prof. Dr. Margit Schwikowski
15. Februar 2018 • 11:00 Bioenergy and Catalysis Laboratory (LBK): Results 2017 / Objectives 2018 Prof. Dr. Oliver Kröcher
