Understanding the Electrochemical and Interfacial Behavior of Sulfolane based Electrolyte in LiNi0.5Mn1.5O4-Graphite Full-Cells (Younesi) @girishdsalian@Alma_Mathew_ @mjlacey @younesi#OpenAccess https://t.co/8ZQL1wbECl
#PadmaAwards
Big day for one of the top new research and education institutes in the country - @IISERPune
Padma Bhushan awarded to Prof. Deepak Dhar (Prof. of Physics)
Padma Shri awarded to Prof. K.N. Ganesh (Founding Director)
@andriana_nav @qatarairways@Finnair Yeah, I got a full refund back, but no extra compensation for all the extra expenses with the last-minute plan changes!
@andriana_nav @qatarairways So sorry to hear this Adriana! I had a similar experience with @Finnair last June. I had to rebook all my flights at the last minute. I fully understand the stress of being in this situation. Never expected such an experience from @qatarairways, I hope they'll resolve it soon!
Overjoyed to see this year's @Nobelprize for #bioorthogonalchemistry!! Thank you for the inspiration @CarolynBertozzi and opportunity to work on this fascinating topic to help develop new approaches for targeted cancer therapies.
Are polynitriles oxidatively stable enough for high-voltage Li-ion batteries? Check out our latest paper https://t.co/0WxWSb2hoN where we investigate polyacrylonitrile as a binder in LiNi0.5Mn1.5O4 electrodes. @mjlacey @ALuckyBean@younesi@StructuralChem1
Yes!! Please find me near poster board number 208 tomorrow between 17-18.30! #IMLB2022 I will be presenting our work on understanding capacity fade in polyacrylonitrile binder-based LNMO cells.