We have received confirmation from @ElectriosH that CATL's M3P is indeed a composite of NMC and LMFP, rather than a standalone LMFP product. Based on the cell voltage, it is most likely LMFP with 50–60% Mn content, forming an 80/20 composite of NMC to LMFP. @LimitingThe
Watch this Excellence seminar "Exploiting Defects in the Design of Battery Materials" with the brilliant @CasasCabanas Montse Casas-Cabanas from @energigune_brta, now online!
https://t.co/BfAUInLTmN
#battery#research#innovation
🎉 Thrilled to share our new paper in Advanced Science (Q1 journal)! 🎉
We propose a new polymer material to replace PVDF binders & carbon additives, boosting Li-ion battery performance at high C-rates & mass loading. Check out the open access paper here: https://t.co/WVtzOXnrA6
If you are interested in Li-ion Battery recycling don’t hesitate to check our holistic review published in Journal of Materials Chemistry A @icmcb@EnergyRS2E@AlistoreE@phd_destiny @neillonio @CroguennecLaur1
https://t.co/aYaziG8cpo
Very glad to share that our paper on new Mn and V-rich Phosphate Fluoride Obtained by Topochemical Reaction for Na-ion Batteries Positive Electrode | Chemistry of Materials is out @icmcb@EnergyRS2E@ChemMater
https://t.co/O7s3y2mq4J
Don't miss recent work from @JacobOlchowka, Liliane Guerlou-Demourgues & co on manganese–cobalt geomimetic materials for supercapacitor electrode, featured in our Intercalation Compounds collection‼⬇
https://t.co/eXYlTQ5Ts8
📍 @icmcb@CNRS@univbordeaux
A nice collaboration between @icmcb@CRPP_Bx and @ISM_Bordeaux in the frame of PPM program (@univbordeaux) to valorize Kraft Black Liquor as material for energy storage. @JMaterChem https://t.co/owKlnOf326