First-Principles Study on Nb2C–X (X = S, Cl, F)/Graphene Heterostructures: Assessing Aqueous Stability and Implications for Electrocatalysis https://t.co/SvnPNzH4SH
@pauldauenhauer Why mostly pre-catalysts are characterized, with negligible attention to active catalysts after surface modifications during the reaction?
If you are interested in Nb2C MXene structures and how to tune their electronic and catalytic properties just by changing the terminating groups and defects, you can read my recent paper.
https://t.co/JCcZfHPol7
I am looking for motivated PhD students to join me at UBC to work on cutting-edge redox flow battery technology! If interested, please send me your CV and a cover letter.
Check below for more information:
Swim & dive: blend for optimal research results. Focusing on industrial targets enables to solve 'real' problems, although curiosity-driven research provides the freedom to discover unique tools. Lean on one of them and find the right partner on the other end. But practise both!