Great first publication by Jinjie (Jason) exploring ionomer loading impact on alkaline oxygen reduction of non-precious metal catalysts in gas diffusion electrodes. Check it out!
kicking off the weekend with Jason's first PhD work in @CommsChem 🚀
He explored different ionomers in porous FeNC catalysts and their impact on performance in alkaline gas diffusion electrodes. @ImperialChemEng@Angus_Pedersen
📖Read more: https://t.co/rRDqHtozp8
Christmas desserts 🍨 with our latest collaborative work @Interfacial_EC@titiricigroup@DTUtweet on biomass e-refinery over single atom catalysts. We explored the boundaries across solution and surface reaction products. Now available on @ChemRxiv
https://t.co/ZRaxEQ3Rxz
Last week we got the first group picture courtesy of superstar photographer @Jingyu_Feng2019 📸, including also an honorary member and single atom catalyst Hall of Famer @Angus_Pedersen.
A breakthrough work from @at_bgu and team - introducing a novel zinc-air battery design with efficient catalysts to boot. Very happy to be involved in this work.
Great news for the new (Hebrew) year! Our research on reversible zinc–air batteries is online in Advanced Energy Materials! Congratulations, @KAlagarRaja, and we couldn't do it without our friends @Hod_Lab@NokedLab@JesBarrio_@Angus_Pedersen
https://t.co/TTXfotuh0f
Thoroughly enjoyed attending my first @RSCElectrochem conference in Manchester. A supportive and friendly community. Certainly won't be my last Electrochem!
@Angus_Pedersen discussed the local pH changes at the electrochemical interface of acidic oxygen reduction and its effect on the degradation of Fe-N-C catalysts.
One month in Japan- part 10. Finally it was just so amazing to spend time with @pineleaf1214@helentyrrell14@Angus_Pedersen Zamaan,HanziYe and Enrico in Japan doing science and fun and also to see former PhD student Shiori and of course Hiro from good old @MpiciPotsdam !
Very happy to share our latest work now out in E&ES:
https://t.co/3M6g7y6cwD
Here we probed operando Fe dissolution under different acidic operating conditions and discovered the impact of pH change with increased O2 reduction current density 🧐
Happy to share our latest work on optimising and understanding ionomer:catalyst ratio in Fe-N-Cs for fuel cells is out in Journal of Power Sources: https://t.co/KSX9hQajq1