HyMARC

Advancing fundamental understanding and application of hydrogen storage materials through experiments and modeling. Follows, RTs and mentions ≠ endorsements.

[HyMARC @HyMARC_Labs]

HyMARC twitter account is no longer active. Visit https://t.co/RjgMtwrHiG for the latest news and updates.

[HyMARC @HyMARC_Labs]

A new preprint from HyMARC researchers
@SandiaLabs in collaboration with @UU_University @UniofNottingham @UPECactus highlights a data-driven approach to identify Pareto optimal high entropy hydrides. Learn more⬇️
https://t.co/3FiQLRfq0J

[Pacific Northwest National Laboratory @PNNLab]

Hydrogen could be used to power everything from vehicles to the grid, if it’s stored properly. New research explores how to get the storage options just right for different applications. Learn more ⤵️ https://t.co/Rf3YYo1nNG

[Marika Wieliczko @ChemMarika]

Loving this new @NatureChemistry Perspective on hydrogen storage/transport materials from some of the @HyMARC_Labs folks. Hope everyone working in this area gives it a read to gain some important insights.

https://t.co/RVvViStDTF

[HyMARC @HyMARC_Labs]

If you're interested in data-driven materials discovery, graph neural networks, and/or water-splitting, check out a pre-print (https://t.co/GzIqnxBNy5) from the HydroGEN consortium with contributions from @SandiaLabs @NREL and @Livermore_Lab !

[HyMARC @HyMARC_Labs]

An exciting new post doc opportunity has just been posted within @Sandia's Energy Nanomaterials Department! Applications with a strong computational skill set and interest in ML-based materials discovery are encouraged to apply!
https://t.co/kYhTZ7NONB

[Andreas Schneemann @SchneeSci]

Congratulations to YongJun, Vitalie and team on their recent publication in @acsnano! Using N-doped carbon hosts can turn nanoconfined LiAlH4 into a reversible hydrogen storage material! Another @HyMARC_Labs collaboration. https://t.co/w5AE7ctcMZ

[HyMARC @HyMARC_Labs]

Our @SandiaLabs @UU_University @UniofNottingham collaboration's paper on machine learning for discovery and synthesis of high entropy alloy hydrides is out in @ChemMater! Check it out for a mix of ML, DFT, and experiments on new hydrogen storage compounds https://t.co/b6muCocYuR

[Christopher H. Hendon @chhendon]

A nice perspective on hidden properties in MOFs. Great working with the folks at Sandia!!

https://t.co/QS6TXoDAeT

[HyMARC @HyMARC_Labs]

Our Sandia/Uppsala/Nottingham collaboration shows how to use ML techniques to identify and synthesize high entropy alloys hydrides with desired thermodynamic stability! Check out the preprint here: https://t.co/ON78WFdYzh

[HyMARC @HyMARC_Labs]

Nice summary of H2's potential in green shipping including shout outs to HydroGEN and HyMARC https://t.co/4ocvP72ghc

[HyMARC @HyMARC_Labs]

Check out a new preprint describing simulations of hydrogen diffusion in Mg and Mg H2.
https://t.co/UifyHcq5uI

[HyMARC @HyMARC_Labs]

Phys. Rev. Materials 4, 105401 (2020) - Statistically averaged molecular dynamics simulations of hydrogen diffusion in magnesium and magnesium hydrides https://t.co/UifyHcq5uI

[HyMARC @HyMARC_Labs]

Checkout a new HyMARC preprint: adsorption modeling probes optimal deliverable capacity materials that exploit nonporous to porous transitions without volume change https://t.co/rXoVMcwCl4

[The Long Group @LongLabCal]

Out in @J_A_C_S: Chemical reduction of iron-pyrazolate MOFs yields high selectivity for O2 at RT or even 200 °C. These MOFs have coordinatively saturated iron centers, so adsorption occurs through outer-sphere electron transfer! @ReimerLab @UCB_Chemistry https://t.co/V7UgtphDuv

[HyMARC @HyMARC_Labs]

HyMARC is looking for a chemistry technologist to join the group! Please share with any colleagues who may be interested: https://t.co/cuzz1buTuu

[Andreas Schneemann @SchneeSci]

Our work on nanoconfinement of Mg(BH4)2 via coordination to bipy pockets in UiO-67 and its influence on the Mg(BH4)2 dehydrogenation is online @acsnano. Massive #HyMARC team effort with @SandiaLabs @Livermore_Lab @PNNLab @advlightsource @iNANO_AarhusUni!
https://t.co/xBTSwIfWu8

[HyMARC @HyMARC_Labs]

Vitalie and coworkers demonstrate that subtle changes in isoreticular MOF structure affect catalytic activity now published in Chemical Science https://t.co/SRTlwpgADZ

[HyMARC @HyMARC_Labs]

@LongLabCal @ENERGY Glad to be a part of it! (You're probably saying it's about time...)

[HyMARC @HyMARC_Labs]

Nice study on the thermodynamics of nanoconfined magnesium borohydride by James and co-workers https://t.co/s6zmeea5aK #hydrogen