@JElectrochemist How can we optimize the trade-off in CO2 capacity vs. selectivity of N-rich nanoporous carbon adsorbents? Find out in our work, published in Adv Materials. Design of experiments enabled us to uncover fundamental synthesis-structure-function relationships. https://t.co/KlCjKQ2VvC
Twenty-one groups, coordinated by Nella Vargas-Barbosa @echem_nella and colleagues, join forces to quantify the reproducibility of solid-state battery performance and identify significant differences in assembly protocols that lead to variable results. https://t.co/udoqpkMuVn
Congrats to @UChicago Pritzker Molecular Engineering's @yingshirleymeng who will head the Energy Storage Research Alliance (ESRA), an @ENERGY-funded Energy Innovation Hub led by @argonne, @BerkeleyLab and @PNNLab which aims to advance #energy storage and innovation.
Learn more at https://t.co/kZbTtsS8o5
New coalition led by @UChicago engineering professors @yingshirleymeng and @Gagliardi8 will bridge industry, academia and national labs to build a clean climate future.
📰Read more at https://t.co/DlrhkCzoPr
Are you passionate about electrochemistry?
Check out our course on electrochemical energy conversion and storage, published in the Journal of Chemical Education of the ACS. Huge thanks to @ClubesCienciaMx for making this possible!
https://t.co/6Tx1y0RdxM
#education#learning
Excited about our just-out Nature article! 🌟 A standout: a machine learning study where we used net-carbon avoidance cost to identify top-performing materials. Started with 20, #MachineLearning added 135 more, boosting commercialization chances! https://t.co/5XCOUz8339
Prof. @YingShirleyMeng’s Laboratory for Energy Storage and Conversion have created the world’s first anode-free sodium solid-state #battery. With this research, @LESC_Public – a collaboration between the @UChicago Pritzker School of Molecular Engineering and @NANO_UCSD – has brought the reality of inexpensive, fast-charging, high-capacity batteries for #electricvehicles and grid storage closer than ever.
🔗https://t.co/NRuBETeRRz
@Argonne@UCSanDiego
Our recent Article was published in J. Electrochem. Soc.
👇Please check it out👇@ECSorg@ioppublishing
A Balancing Act: Experimental Insights into the Volume Fraction of Conductive Additive in Lithium-Ion Battery Electrodes
https://t.co/rD36kiay9F
☀️ LESC dual sites outdoor activity!
Uchicago site enjoyed a beautiful day near Lake Michigan, filled with sightseeing and sports! Meanwhile, the UCSD site explored the vibrant campus. Perfect weather, happy faces, and lots of relaxation all around. 🏖️🏞️🎾
Check it out! Our recent publication on Advanced Energy Materials. Discover how Dr. Yuting Chen achieved uniform and accurately regulated cycling pressure utilizing an isostatic pouch cell holder! #batteries
https://t.co/EqYYhc3NJk
Happy #EarthDay2024 !
In this talk I give my heartfelt pledge to combat the #ClimateCrisis - we need both the public and private sectors to engage! 🔋
The race is ON! I invite you to join us @LESC_Public and @argonne to run this race.
Hot off the press in @ACSEnergyLett! Grad student David and I developed a predictive model for the conductivity-selectivity tradeoff and upper bound. We then used the results to discuss the potential for advancements in IEM design. Check it out! @UMichChE https://t.co/5kXBFg9ihs
It's National Battery Day! In this video, @argonne physicist Luxi Li discusses how the upgraded APS will enable advances in #battery design.
https://t.co/CG3utGnHNZ