Christoph Müller
@ChrisMueller_en
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Wannabe chemist, physicist, climber and alpinist (not always in this order), OKish (chemical) engineer, member of @GroupLese at ETH
Zurich, Switzerland
Joined November 2022
Congratulations Annelies and a big thank you to @TCheungsters and Paula for acting as the examiners.
Congratulations to Annelies. She successfully defended her PhD today showing some wonderful work on MgO-based CO2 sorbents
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Matthias and Puyang had the pleasure of representing LESE today at #fm25 of the SCS. We're looking forward to sharing their work more broadly once it's published. Stay tuned!
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Thank you to @NatureComms for highlighting Alex's recent work https://t.co/thocSVMshL
nature.com
This page provides a snapshot of some of the most exciting work published in the broad areas of catalysis, including catalyst synthesis, catalytic ...
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Congratulations to Alex, excellent work and one of the few ones looking at propane dehydrogenation.
Alex's first research paper aiming to understand how Na-based coatings on the surface of oxygen carriers can control selectivity in the chemical looping based oxidative dehydrogenation of propane is out: https://t.co/T8R0rxQWgo
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Doping the alumina-supported PtGa propane dehydrogenation catalyst with Si increases its stability, as a result of a change in the coking mechanism and carbon dynamics. Read our work in @J_A_C_S
https://t.co/uDgX3FrP3N
pubs.acs.org
The exploitation of shale gas has stimulated the use of on-purpose propane dehydrogenation (PDH) technologies. These technologies rely on continuous and rapid catalyst regeneration to maintain high...
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Our SNSF fellow postdoctoral researcher, Diana Piankova, received one of the poster prizes at the 60th International School of Crystallography in Erice, dedicated to "Electron Crystallography." Congratulations, Diana!
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Please RT!
New postdoc opening: We are looking for an experienced postdoc in electrocatalysis to support our work on metal-oxide based OER catalysts. https://t.co/BBY1dyZy71
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Very exciting new paper by Evgenia exploring the accessibility of #MXenes for gas-phase reactions.
What fraction of the specific surface area of #MXenes gets involved in catalytic reactions with gases? Our new research shows that while it depends on the size of the reactant molecule, the intralayer space participates little — see more in the long read: https://t.co/BT9H1I13vr
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Waiting for Yifan to crash the party 😉
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