Experimental and Computational Study of the Orientation Dependence of Single-Crystal Ruthenium Nanowire Stability | Nano Letters https://t.co/nloRqd2ysR
Happy to share our new publication in which we develop a nanoscale reactor that enables the study of melting, solidification, and alloying of solid-state systems. #insitu#electronmicroscopy#2dmaterials#nanoscience
https://t.co/mVwXkn92Rw
#Viewpoint @McDowell_Lab on "The Role of Nanoscale Science for Advancing Batteries"
"Understanding transformation & degradation behavior of battery materials at the nanoscale is a key driver for future development of batteries w/ improved performance." https://t.co/hPIU2ONMVC
Nice work comparing chemo-mechanical effects in LPSCl and LSPS from @McDowell_Lab! Pairs nicely with our study of interphase dynamics in these sulfides using opXPS and microscopy: https://t.co/qhS7cQ6jYW. Clear trend: multi-modal, comparative studies are key to operando analysis
Stack Pressure Measurements to Probe the Evolution of the Lithium–Solid-State Electrolyte Interface, a Letter by by Chanhee Lee, Sang Yun Han, John A. Lewis, Pralav P. Shetty, David Yeh, Yuhgene Liu, Emily Klein, Hyun-Wook Lee, Matthew T. McDowell @iUNIST https://t.co/SPvNGOnLsS
Check out this new publication from our group. It uses real time stack pressure measurements and impedance spectroscopy of solid state electrolytes to relate pressure evolution to degradation mechanisms.
#solidstatebatteries#georgiatech
https://t.co/wZPe7Lht5K
#Viewpoint @McDowell_Lab on "The Role of Nanoscale Science for Advancing Batteries"
"Understanding transformation & degradation behavior of battery materials at the nanoscale is a key driver for future development of batteries w/ improved performance." https://t.co/KAkX7kffte
#Viewpoint @McDowell_Lab on "The Role of Nanoscale Science for Advancing Batteries"
"Understanding transformation & degradation behavior of battery materials at the nanoscale is a key driver for future development of batteries w/ improved performance." https://t.co/XLpUO3VOyT
Our first Atlanta United game. It was a thriller with #ATLUTD possessing the ball for most of the game and showing #LAFC how it's done. 1-0. #Atlanta#MLS#uniteandconquer
@MichaelFiller Wow this podcast is pure gold for a nanomaterials scientist and general science enthusiasts! Glad I found it, will be listening to several interesting episodes. Great job Prof. Filler.
The work is led by Drs. Jonathan Scharf and Jean Marie Doux in my group @LESC_Public X Ray CT will play an increasingly important role in battery field #battchat . All Solid State Battery will benefit greatly from this tool in my assessment. We will provide more details soon.
Check out my short outlook for new professionals in the energy storage field published in the latest edition of Advanced Materials and Processes. I hope this motivates everyone to solve exciting problems that will have a global impact.
https://t.co/bgCkTVBXOd
Our group (@BaenaLab@GeorgiaTech) is looking for a PhD student to work on the development of polymers for perovskite solar cells!
If you are looking for a PhD program at the interface of optoelectronics and materials please DM or email me
👩🔬👨🔬