Electrochemist at the University of Texas at Austin in the Mullins laboratory. Research is focused on developing new electrode materials for next-gen LIBs
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Active material agnostic synthetic platform for the fabrication of lithium-ion battery electrodes. Employing a solvent-templated casting process, these electrodes demonstrate enhanced rate-capabilities and energy densities. @JElectrochemist@GroupMullins
https://t.co/Oq8EF2hOCp
Check out my most recent manuscript, which has been published in JMCA’s “Hot Papers” collection!
This work demystifies selective #CO2#adsorption by turbostratic, N-rich #carbons. For physisorbents, less (N2-accessible surface area) is more!
#CCUS#CCS https://t.co/93TOSIeWCI
Tamas Kalman owns and operates Octopus Kites, an online store that sells giant high-quality handmade, yes, octopus kites. Each kite is 15 meters long and amazing to watch
[read more: https://t.co/3p59FSoJ5E]
[source of the gif: https://t.co/hefaBRZ8aD]
I have no words to say how deeply touched I am by this Special Collection! @Santoro_EBLab Dear Carlo, Sofia, Matteo and Scott - THANK YOU! I’ll read and write to all the contributing authors as I calm down and will be able to tune in for the content!
How do some advanced F-based electrolytes plate uniform Li anodes, while standard electrolytes give "dendritic" anodes?
For my entire PhD, I thought Li plating kinetics were behind this...but thermodynamics turns out to still be king.
Last paper!
https://t.co/d0mWv8Ld4u
New in @ScienceMagazine from the Page lab (https://t.co/49bgYXllV6). Here is a product of our creation viewed through crossed-polarizers. 🕶 Read on to learn more about this story, a thread... 🧵1/16
Active material agnostic synthetic platform for the fabrication of lithium-ion battery electrodes. Employing a solvent-templated casting process, these electrodes demonstrate enhanced rate-capabilities and energy densities. @JElectrochemist@GroupMullins
https://t.co/Y10BL9F0Lq
Check out my recently published article discussing an active material agnostic, NMP-free synthetic platform for the fabrication of free-standing lithium-ion battery electrodes.
Thanks to @GroupMullins & @jnb2211 for the support and assistance!
https://t.co/7xlZ1Tk7iQ
#battchat
Please stop reporting superior electrochem. stability (ES) of solid electrolytes measured by CV at >0.1 mV/s scan rate.
It was 1M times reported that it simply OVERESTIMATES the electrooxidative stability.
If you want to know real ES of a SE just test it in a Li/NMC(811) cell.
Check out my recently published collaboration with @apo_science discussing the use of THF-based solvent systems to enhance the stability and performance of lithium-metal batteries!
https://t.co/Ykm74qGl5X
#battchatt#EnergyStorage#Lithium
Check out my recently published collaboration discussing the physicochemical effects of carbon-based anodes for sodium-ion batteries!
https://t.co/flZpIn11xP
Special thanks to @GroupMullins & @TexasChE
Summer News Roundup!!! Absurd CEO compensation, the shifting sands of lithium price forecasting, and a growing call to shrink battery pack sizes.
https://t.co/PpYwKKGehx
#batterytech#battchat#batterynews
We are delighted to announce that we will be organizing virtual electrochemistry workshops. Details are in the flyer.
All the mentioned events will run from 6.00 pm to 7.30 pm (EDT).
Please use the following link to register.
https://t.co/pw5WARNDlh