Twitter: @jamessteelenano
LinkedIn: j-m-a-steele
@pubs.acs.org Chemistry of Materials! We solve the structure of the first desodiated phase in NaxNiO2 (x=2/3) via X-ray/neutron diffraction, solid state NMR, and DFT/AIMD. Ni charge- and Na vacancy-ordering play an important role!
pubs.acs.org/doi/10.1021/...
Final stop: @stanforduniversity.bsky.social where I'll be giving my last invited seminar of the trip!
Final stop: @stanforduniversity.bsky.social where I'll be giving my last invited seminar of the trip!
I was privileged to chair "Scientists in Industry" panel, and to see work happening at Berkeley through meeting students and Profs!
Next stop: @iowastateu.bsky.social for the North American Solid State Chemistry Conference!
I was privileged to chair "Scientists in Industry" panel, and to see work happening at Berkeley through meeting students and Profs!
Next stop: @iowastateu.bsky.social for the North American Solid State Chemistry Conference!
Lucky to join my "academic grandfather" Tony Cheetham for lunch and to learn about early Rietveld refinements!
Next stop: @ucberkeleyofficial.bsky.social!
Lucky to join my "academic grandfather" Tony Cheetham for lunch and to learn about early Rietveld refinements!
Next stop: @ucberkeleyofficial.bsky.social!
It was a joy to give my first invited international talk @uh.edu , where I discussed my PhD work.
Next stop: @ucsb.bsky.social
It was a joy to give my first invited international talk @uh.edu , where I discussed my PhD work.
Next stop: @ucsb.bsky.social
@pubs.acs.org Chemistry of Materials! We solve the structure of the first desodiated phase in NaxNiO2 (x=2/3) via X-ray/neutron diffraction, solid state NMR, and DFT/AIMD. Ni charge- and Na vacancy-ordering play an important role!
pubs.acs.org/doi/10.1021/...
@pubs.acs.org Chemistry of Materials! We solve the structure of the first desodiated phase in NaxNiO2 (x=2/3) via X-ray/neutron diffraction, solid state NMR, and DFT/AIMD. Ni charge- and Na vacancy-ordering play an important role!
pubs.acs.org/doi/10.1021/...
We just wrapped up in-/ex-situ μ-SR on EMU @isisneutronmuon.bsky.social! We're looking into sodium dynamics in the phases which form when NaNiO2 is electrochemically cycled, and could even measure whilst dis/charging thanks to the Battery and Muon cell!
We just wrapped up in-/ex-situ μ-SR on EMU @isisneutronmuon.bsky.social! We're looking into sodium dynamics in the phases which form when NaNiO2 is electrochemically cycled, and could even measure whilst dis/charging thanks to the Battery and Muon cell!
Authors: James Mark Alexander Steele, Annalena R Genreith-Schriever, Joshua D Bocarsly, Liam Agostino Vincenzo Nagle-Cocco, ...
DOI: 10.26434/chemrxiv-2025-3k58h
Authors: James Mark Alexander Steele, Annalena R Genreith-Schriever, Joshua D Bocarsly, Liam Agostino Vincenzo Nagle-Cocco, ...
DOI: 10.26434/chemrxiv-2025-3k58h
We solve the structure of the first desodiated phase in NaxNiO2 (x=2/3) via X-ray and neutron diffraction, solid state NMR, and DFT/AIMD. Ni charge- and Na vacancy-ordering play an important role!
We solve the structure of the first desodiated phase in NaxNiO2 (x=2/3) via X-ray and neutron diffraction, solid state NMR, and DFT/AIMD. Ni charge- and Na vacancy-ordering play an important role!
Happy Holidays all!
Happy Holidays all!
If these things mean something to you (or if you'd like to learn more) tune in on Wednesday (2pm GMT) for the next Faraday masterclass.
Led by Andy Sode Anker, we'll be delving into how to use AI/ML methods to analyse scattering and spectroscopic data.
lnkd.in/e8qFJvD5
If these things mean something to you (or if you'd like to learn more) tune in on Wednesday (2pm GMT) for the next Faraday masterclass.
Led by Andy Sode Anker, we'll be delving into how to use AI/ML methods to analyse scattering and spectroscopic data.
lnkd.in/e8qFJvD5
This time featuring diamond anvil cells, higher temperatures, and diffraction! Thanks to our local contact Yimin Mijiti for going above and beyond for this experiment!
This time featuring diamond anvil cells, higher temperatures, and diffraction! Thanks to our local contact Yimin Mijiti for going above and beyond for this experiment!
Twitter: @jamessteelenano
Linkedin: j-m-a-steele
Twitter: @jamessteelenano
Linkedin: j-m-a-steele