🚨 Our latest @advancematerial paper is out!
We report a NASICON anode for #SodiumIonBatteries that enables ⚡80% charge in 6 min &🔁 stable cycling over 3000+ cycles!
I’m thankful to @PremJNC for his guidance and support. A special shoutout to @swathyn99, my amazing coworker.
Thrilled to share our latest work on Fast-charging NASICON anodes @advancematerial!! We showed how the chemical tuning approach improves rate kinetics and stability @ImBiplabPatra@kumar_sheetal . This work was funded by @serbonline https://t.co/BCcDC0nssv
It's finally out! Delighted to share that our latest article on NASICON anodes is now published in Advanced Energy Materials @WileyVCH. We depict how structural modulation can lead to long-life Sodium-ion Batteries. Many thanks to @premJNC for support. https://t.co/v9nlFy58fs
Excited to share our latest article in @ChemMater, demonstrating how to tailor high-performance NASICON Cathode via Combinatorial Chemical Substitutions. Check it out for insights into enhancing battery performance! Huge thanks to @PremJNC for his support. https://t.co/Bo85RWyy6y
@prince_ravat@ERC_Research@Uni_WUE@ResearchGermany Sir, I am an Applied Chemistry graduate from the University of Calicut, India. I did my Master's thesis at Molecular Electronics and Energy Research Laboratory, IISER Kolkata in the field of organic electronics. Is the position still open? Looking forward to hearing from you.