D3TaLES
@d3tales
A D3TaLES oriented group of scientists working to develop electrochemical energy storage
ID: 1365435888616886275
https://d3tales.as.uky.edu/ 26-02-2021 22:58:18
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Our review comparing N2 reduction on solid surfaces, nitrogenase and molecular catalysts is out today in Nature Reviews Chemistry rdcu.be/c4D4d.
A good day to drop and celebrate a couple of papers: #1 Vinayak Bhat in collaboration with Baskar G. developing a suite of ML models to predict intermol. electronic couplings for fully ML-predicted mobility anisotropy in OSC - funded by U.S. National Science Foundation #DMREF chemrxiv.org/engage/chemrxi…
Completing a very busy #ACSSpring2023, Rebekah Duke from Risko Lab @ UK describes D3TaLES work on the development of materials for redox-flow batteries
A new ChemRxiv preprint describing a data infrastructure for redox-active organic molecules for non-aqueous redox flow batteries (and beyond). Excellent work by Rebekah Duke Vinayak Bhat Parker Sornberger, started with convos with Susan Odom chemrxiv.org/engage/chemrxi…
Vinayak Vinayak Bhat and Parker Parker Sornberger are both heading out to do great things!
Students! We're looking to recruit the next class of UIowa Chem Grads! Send us your applications here: chem.uiowa.edu/graduate/admis…
A new joint Virtual Issue from Chemistry of Materials ACS Materials Letters and ACS Applied Materials & Interfaces showcasing some recent developments in materials for redox flow batteries. Read it here 🔗 go.acs.org/7uR