Neutronsabound (@tightfives) 's Twitter Profile
Neutronsabound

@tightfives

Chemist

ID: 1027213180345376768

calendar_today08-08-2018 15:21:21

123 Tweet

290 Followers

236 Following

Chemical Science (@chemicalscience) 's Twitter Profile Photo

This weeks #ChemSciPicks is from Pratap Vishnoi, Devesh Binwal and colleagues from JNCASR Bangalore. The authors report three new Molybdenum chloride double perovskites and detail how their optical and magnetic properties can be controlled. Click to learn more 🔗bit.ly/3ZrE9TM

This weeks #ChemSciPicks is from <a href="/PratapVishnoi86/">Pratap Vishnoi</a>, <a href="/devbinwal/">Devesh Binwal</a> and colleagues from <a href="/jncasr/">JNCASR Bangalore</a>.
 
The authors report three new Molybdenum chloride double perovskites and detail how their optical and magnetic properties can be controlled.

Click to learn more 🔗bit.ly/3ZrE9TM
Brent Melot (@brentmelot) 's Twitter Profile Photo

A belated congratulations to Jessi Andrews and Megan for winning Excellence in Graduate Student Research awards at the Chemistry department's annual celebration. Great job! @USCMatCon USC Chemistry

A belated congratulations to <a href="/_andrewsjessi_/">Jessi Andrews</a> and Megan for winning Excellence in Graduate Student Research awards at the Chemistry department's annual celebration. Great job! @USCMatCon <a href="/USCChemistry/">USC Chemistry</a>
Neutronsabound (@tightfives) 's Twitter Profile Photo

ALF can perform low-cost non-cryogenic air separation! It has selectivity in the 100's at ~200 K. We also show that an Fe substituted ALF adjusts the speed of #adsorption. pubs.acs.org/doi/10.1021/ja… Dan Zhao Dinesh Mullangi Piero Canepa National Institute of Standards and Technology #MOFs #airseparation

Dan Zhao (@zhaogroupnus) 's Twitter Profile Photo

Gas Separation! The legend of Al(HCOO)3 (ALF) continues. After CO2 capture and air separation, ALF exhibits molecular-sieving separation of CO2 from hydrocarbons, including C2H2. Great collaboration within ALF team Piero Canepa and Tony, J. Am. Chem. Soc. pubs.acs.org/doi/10.1021/ja…

David Scanlon (@scanlond81) 's Twitter Profile Photo

PLEASE RETWEET: I have a 4-year PhD studentship available UoBChemistry on using #compchem to find new wide band gap oxides for optoelectronic applications. Want to increase efficiency in solar cells and power electronics, then this is for you! tinyurl.com/3nrb5tka

Neutronsabound (@tightfives) 's Twitter Profile Photo

ALF stores H2 at low P/mild T - great for fuel cell pairing. preprint: dx.doi.org/10.26434/chemr… This work was spearheaded by us at NIST, but we have some wonderful technoeconomic analysis from @hanna_breunig +Peng showing ALF's cost competitiveness vs compressed H2.

Neutronsabound (@tightfives) 's Twitter Profile Photo

ALF stores #H2 at modest temps and pressures. Given its low cost - it is perhaps one of the most alluring solutions to large scale storage of H2. See our work published in J. Am. Chem. Soc. and seen in Science Magazine today! #MOFs National Institute of Standards and Technology science.org/content/articl… doi.org/10.1021/jacs.3…

MOF2024 (@9thmof2024) 's Twitter Profile Photo

#conference #mof2024 #singapore #chemistry #materials #ChemE #MOFs #COFs #polymers #Cages The flyer for MOF2024 is ready. Please help to disseminate!

#conference #mof2024 #singapore #chemistry #materials #ChemE #MOFs #COFs #polymers #Cages The flyer for MOF2024 is ready. Please help to disseminate!
Sara Skrabalak (@saraskrabalak) 's Twitter Profile Photo

Congrats to Chemistry of Materials 2023 Best Paper Awardees Prashun Gorai, Theodosios Famprikis, Baltej Singh, Vladan Stevanović, and Pieremanuele Canepa for "Devil is in the Defects: Electronic Conductivity in Solid Electrolytes” read more and honorable mentions 👇 pubs.acs.org/doi/10.1021/ac…

Shijing Sun (@sunshijing) 's Twitter Profile Photo

We're hiring! We are looking for a postdoctoral researcher in energy materials and lab automation. Join us at the beautiful #Seattle!

Schoop Lab (@schooplab) 's Twitter Profile Photo

It was very nice to collaborate with Robert Palgrave and students to analyze the autonomous lab paper.Our findings are summarized in the thread here. Most crucial finding imo is that compositional disorder in materials cannot be neglected,as is can lead to incorrect conclusions.

Robert Palgrave (@robert_palgrave) 's Twitter Profile Photo

A short explainer on compositional disorder. Imagine a square grid. Place one circle on each intersection of the grid. The circles are arranged in an ordered pattern, this is similar to the order found in a crystal (although of course real crystals are 3D not 2D)

A short explainer on compositional disorder.

Imagine a square grid. Place one circle on each intersection of the grid. The circles are arranged in an ordered pattern, this is similar to the order found in a crystal (although of course real crystals are 3D not 2D)
Dan Zhao (@zhaogroupnus) 's Twitter Profile Photo

#ChemE #MOFs #separation #membranes #editorial The roll-to-roll process is promising in fabricating large-area MOF membranes for aqueous separations. Congratulations on the joint effort and progress! Nature Water nature.com/articles/s4422…

Robert Palgrave (@robert_palgrave) 's Twitter Profile Photo

Announcing a very special workshop this summer: The Future of Materials Discovery - UCL, London 25-26 June AI is going to change science in a big way. We have an unbelievable line-up of speakers to discuss what the future looks like Please RT! sites.google.com/view/future-of…

Richard Dronskowski (@rdrons) 's Twitter Profile Photo

#Neutron #diffraction rules! Here is an up-to-date open-access primer to this fascinating technique, written for curious beginners & long-time practitioners. A 1.5 years writing project including 12 authors from 4 continents. Please enjoy and retweet! degruyter.com/document/doi/1…