Want batteries to fast charge (6C) at low temps (−10°C)? Read our latest work, "Enabling 6C Fast-Charging of Li-ion Batteries at Sub-Zero Temperatures via Interface Engineering and 3-D Architectures," just out in Joule. https://t.co/pRWOyb8sNr
@dasgroupta
Read our work on #ALDep amorphous coatings on cathode particles for improved and stable high-voltage (up to 4.7V) cycling of solid-state battery cathodes in @NatureComms.
Thanks to @doescience & @MUSICEFRC.
New paper “Eliminating chemo-mechanical degradation of lithium solid-state battery cathodes during >4.5 V cycling using amorphous Nb2O5 coatings” in @NatureComms. #ALDep coatings enable stable 4.7V cycling of NMC cathodes! @doescience funded @MUSICEFRC
https://t.co/i3TVdvEtWX
Join us! We have postdoc positions open in the areas of battery materials and manufacturing, with topics spanning solid-state batteries, sodium batteries, and battery recycling. Interested candidates please send Prof. Dasgupta an email with your CV and cover letter.
New paper alert! Mechanistic investigation of interplay between stack pressure and the transport/kinetics (at electrode and particle levels) of solid-state cathodes. Amazing collaboration with @Kaustubh_Naik_@ParthaPMukherj1@dasgroupta.
Thanks @doescience@MUSICEFRC
Hot off the press from Adv. Energy Materials: mechanistic insights into the role of external pressure on transport/reaction interactions in solid-state cathode-work by @Kaustubh_Naik_ & @manojcct - great collab w/@dasgroupta group - funded by MUSIC EFRC @doescience@etslpurdue