RT @CATMAT_FI: #NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @…
RT @CATMAT_FI: #NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @…
RT @CATMAT_FI: #NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @…
RT @CATMAT_FI: #NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @…
RT @CATMAT_FI: #NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @…
Very interesting articles! Thank you for sharing!!
RT @CATMAT_FI: #NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @…
RT @CATMAT_FI: #NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @…
#NationalBatteryDay. A few papers from our @FaradayInst @CATMAT_FI project. Li-rich cathode materials by @OxfordMaterials @BathChem https://t.co/USBbQ8Zux4 https://t.co/rmGzhqJO2M Tower block sets to explain Li-Ion batteries by @EHDriscoll @prslaterchem
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
RT @CATMAT_FI: Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congr…
Great news: the two winners of the Early Career Researcher talks of the @FaradayInst conference are both from CATMAT. Congrats to Miguel Perez Osorio (O-redox cathodes) & Lizzie @EHDriscoll (battery jenga). Nat Energy https://t.co/OX0rfAuV6Z J Chem
This is excellent news! @FaradayInst commented that 'Miguel provided clear and comprehensive context on the challenges with lithium-rich cathodes. The results ... will no doubt help academics and industry produce more durable high energy dense cathodes'
RT @CATMAT_FI: Congratulations again to Dr Miguel Perez Osorio from CATMAT for receiving a talk prize at the @FaradayInst conference. His…
RT @CATMAT_FI: Congratulations again to Dr Miguel Perez Osorio from CATMAT for receiving a talk prize at the @FaradayInst conference. His…
RT @CATMAT_FI: Congratulations again to Dr Miguel Perez Osorio from CATMAT for receiving a talk prize at the @FaradayInst conference. His…
RT @CATMAT_FI: Congratulations again to Dr Miguel Perez Osorio from CATMAT for receiving a talk prize at the @FaradayInst conference. His…
Congratulations again to Dr Miguel Perez Osorio from CATMAT for receiving a talk prize at the @FaradayInst conference. His talk was on new understanding of Li-rich cathodes carried out at @OxfordMaterials & @DiamondLightSou. Published in @NatureEnergy
First-cycle voltage hysteresis in Li-rich 3d cathodes associated with molecular O2 trapped in the bulk Nature Energy volume 5, pages777–785(2020) https://t.co/O1NqlnoYoS
RT @CATMAT_FI: Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling…
RT @CATMAT_FI: Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling…
RT @CATMAT_FI: Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling…
RT @CATMAT_FI: Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling…
RT @CATMAT_FI: Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling…
RT @CATMAT_FI: Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling…
RT @CATMAT_FI: Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling…
Recent publication from our @FaradayInst @CATMAT_FI project - showing new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes. Led by P. Bruce group @OxfordMaterials with @DiamondLightSou & @RoyceInstitute @NatureEnergyJnl l
RT @CATMAT_FI: Great to see this new paper from our @FaradayInst @CATMAT_FI project - with new understanding on the voltage hysteresis in…
RT @NatureEnergyJnl: Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes ht…
Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes https://t.co/07SZxYM8sc https://t.co/precu2T5Z8
Great to see this new paper from our @FaradayInst @CATMAT_FI project - with new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes. Led by P. Bruce @OxfordMaterials with @DiamondLightSou & @RoyceInstitute @NatureEnergyJnl
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
RT @SaifulChemistry: Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in…
Great to see this new paper from the @FaradayInst #CATMAT project offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes. Led by P. Bruce @OxfordMaterials with @DiamondLightSou & @RoyceInstitute @NatureEnergyJnl link
RT @electrochemicat: First-cycle voltage hysteresis in Li-rich 3<i>d</i> cathodes associated with molecular O<sub>2</sub> trapped in the bu…
RT @NatureEnergyJnl: Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes ht…
RT @FaradayInst: Congratulations to the team at @SolbatF on their publication "First-cycle voltage hysteresis in Li-rich 3d cathodes associ…
RT @FaradayInst: Congratulations to the team at @SolbatF on their publication "First-cycle voltage hysteresis in Li-rich 3d cathodes associ…
RT @NatureEnergyJnl: Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes ht…
RT @electrochemicat: First-cycle voltage hysteresis in Li-rich 3<i>d</i> cathodes associated with molecular O<sub>2</sub> trapped in the bu…
RT @electrochemicat: First-cycle voltage hysteresis in Li-rich 3<i>d</i> cathodes associated with molecular O<sub>2</sub> trapped in the bu…
First-cycle voltage hysteresis in Li-rich 3<i>d</i> cathodes associated with molecular O<sub>2</sub> trapped in the bulk (relevance: 97%) https://t.co/0F6Ea8stpW #battchat #batterytwitter
RT @FaradayInst: Congratulations to the team at @SolbatF on their publication "First-cycle voltage hysteresis in Li-rich 3d cathodes associ…
RT @NatureEnergyJnl: Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes ht…
I came for the 17O, stayed for the resonant inelastic X-ray scattering.
RT @FaradayInst: Congratulations to the team at @SolbatF on their publication "First-cycle voltage hysteresis in Li-rich 3d cathodes associ…
Congratulations to the team at @SolbatF on their publication "First-cycle voltage hysteresis in Li-rich 3d cathodes associated with molecular O2 trapped in the bulk" in @NatureEnergyJnl today @RoyceInstitute @DiamondLightSou
RT @NatureEnergyJnl: Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes ht…
RT @NatureEnergyJnl: Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes ht…
RT @NatureEnergyJnl: Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes ht…
Peter Bruce and colleagues offer new understanding on the voltage hysteresis in cycling of Li-rich battery cathodes https://t.co/07SZxYM8sc https://t.co/bebXzq38aa
RT @GregJRees: First cycle hysteresis is attributed to O2 trapped in the Li-rich cathode. HR-RIXS to detect the O2 with some support from 1…
First cycle hysteresis is attributed to O2 trapped in the Li-rich cathode. HR-RIXS to detect the O2 with some support from 17O NMR and DFT https://t.co/omkWJ86ihl
First-cycle voltage hysteresis in Li-rich 3d cathodes associated with molecular O2 trapped in the bulk https://t.co/Z5hwLQVfWA