Excited to see this work coming out @jacs@ChemistryBC. Congrats Lihao on showing the unique transfer mechanism of ionic aggregates forming in Water-in-salt electrolytes across a liquid/liquid interface, with breaching of the interface upon polarization.
https://t.co/QAGJ8FMQoN
Extrinsic and Intrinsic Factors Governing the Electrochemical Oxidation of Propylene in Aqueous Solutions | Journal of the American Chemical Society @BostonCollege@ChemistryBC https://t.co/tB2NwYXEbF
Nice work Lihao! Studying ion transfer across liquid/liquid interfaces using water-in-salt electrolyte, demonstrating polarization-induced breaching of the interface by ionic aggregates, unlike ion pairs forming in "classical" concentrated aqueous systems
https://t.co/FxL8Tx3VNW
Glad to see Everett's work finally out. Everett pushed our lab capabilities by developing entropic potential and in situ electronic conductivity measurements to reveal Li ordering during intercalation in Wadsley-Roth block phase materials @ChemistryBC
https://t.co/jXyGeRnhwM
Thrilled to receive funding from the ACS Petroleum Research Fund @acsprf to study the effect of solvation properties of hybrid electrolytes on the deuteration of unsaturated hydrocarbons https://t.co/CTv8f4KHce
Excited to see this work finally out. Congrats Raj @raj_pandya93 and all for the hard work on developing the techniques to visualize operando the charge compensation mechanism in OER catalyst. @ChemistryBC@comedialkb
https://t.co/c7gUFq4XgA
New in @NatureComms - we use high-speed computational Raman imaging to reveal different reaction pathways in crystalline oxygen evolution reaction catalysts! Great collaboration & fun with @GrimaudGroup@FKanoufi@comedialkb https://t.co/G5T41kqUdQ
Still plenty of time to submit an abstract for the @AmerChemSociety Spring Meeting 2025 (deadline Sept. 30). Check out the symposium we are organizing on Synthesis and Characterizations of Novel Liquid Electrolytes for Rechargeable Batteries. Link below:
https://t.co/6A6VTfN2BH
Register for our #ChemSciSymposium on materials for energy before the registration deadline of 30th Sept to attend online or in person in London 31st Oct - 1st Nov!
For more info or to register: https://t.co/euncZu2yxE
For a preview: https://t.co/61Y0d4Zytv
Still plenty of time to submit an abstract for the @AmerChemSociety Spring Meeting 2025 (deadline Sept. 30). Check out the symposium we are organizing on Synthesis and Characterizations of Novel Liquid Electrolytes for Rechargeable Batteries. Link below:
https://t.co/6A6VTfN2BH
Really glad to see Florian's work finally out @ChemistryBC@CSElab_Paris@salannema . Exploring the role of heterogeneities in hybrid aqueous/organic electrolytes on the reactivity of water and organic substrates at electrochemical interfaces @J_A_C_S.
https://t.co/wCNb67KJfK
New preprint: Correlating substrates reactivity at electrified interfaces with electrolyte structure in synthetically relevant organic solvent/water mixtures https://t.co/IOa8AU20G6 - very nice work by Florian @CSElab_Paris
@phd_destiny Annual meeting we get close to 50 presentations from next generation 🔋 researchers. One of them John presenting what he largely did @ChalmersPhysics together with Martin. Results now published in Energy Storage Materials. Proud supervisor.
@cdf1530@GrimaudGroup
Thrilled to annonce the approval or our #MSCA postdoc grant! 🥳 Excited to team up with @GrimaudGroup, Betar Gallant (@MIT), and @CasasCabanas teams to develop innovative electrolytes for Li-metal batteries. Stay tunned for future updates. 🔋#research#batteries#electrolytes
Congrats John and Juan, on synthetizing and characterizing GdmTFSI salt with chaotropic properties to modulate the hydrogen bonding network and water reactivity for aqueous electrolytes @ChemistryBC@phd_destiny@ChemCommun
https://t.co/KilmsbywTx
Our exploration of aqueous biphasic systems (ABS) continues. Studying the selectivity for halides/trihalides of the liquid/liquid interface when using ABS in "dual-ion" batteries. Congrats Damien! @ChemistryBC@ACSEnergyLett https://t.co/ufYmUkcKM3