MRH

[MRH @mryanhansen]

@SchoenzartJas Herzlichen Glückwunsch 🎊🍾🎈

[The Journal of Physical Chemistry @JPhysChem]

In solid-state NMR, 1H polarization is usually difficult to handle. But if you know how to tactfully utilize and exhaust 1H polarization, you can achieve signal enhancement and time-saving, leading to more efficient structural analysis. @SCUT_ZhangLab
https://t.co/PjZsY5xBeZ

[The Journal of Physical Chemistry @JPhysChem]

Would you like to increase the sensitivity of your static ultra-wideline NMR experiment? Check out the latest work about the application of fast frequency sweeps! @jonaskoppe @mryanhansen #NMRchat
https://t.co/2jGCabS0Zp

[MRH @mryanhansen]

Would you like to increase the sensitivity of your static ultra-wideline NMR experiment? Check out our latest publication on fast frequency sweeps! https://t.co/CWfjG8qWlZ @jonaskoppe @mryanhansen @JPhysChem #NMRchat

[Ilya Kuprov @Ilya_Kuprov]

Scratch that. Fifty pounds a litre! 🙄

[BACCARA @baccaragradschool.bsky.social @SchoolBaccara]

Congratulations to our #BACCARAfellow Björn Wankmiller and @mryanhansen on their newest publication on the observation of Li+ jumps in lithium phosphidosilicates over a broad dynamical range. Have a look: https://t.co/EQNZX7WknR
#battchat #batteries #NMR

[BACCARA @baccaragradschool.bsky.social @SchoolBaccara]

Please have a look at the newest publication of @ZeierLab and @mryanhansen's Lab dealing with structural analysis of the Na ion conductor Na2.9Sb0.9W0.1S4.
Congratulations to all authors, especially to our #BACCARAfellows Oliver Maus and Björn Wankmiller. https://t.co/FIaiER3u4m

[SC Preußen Münster @Preussen06]

🙏 Ein letzter Gruß aus der Kurve. Ruhe in Frieden, Mark 💚

[Münster 4 Life @muenster4life]

Ruhe in Frieden Mark! 🖤🤍💚 - 🦅

[BACCARA @baccaragradschool.bsky.social @SchoolBaccara]

Please have a look at the newest publication of our fellow Björn Wankmiller (shared first-authorship with S. Killian). They examined the conversion mechanism of SiN0.5 nanoparticles using a combination of ex situ XPS and 7Li MAS #NMR. 🔋🪫
https://t.co/UE76seQc9h
#battchat #anode

[Audrey-Anne Lafrance @AudreyAnneLafr5]

Had a great time at @CSASS_Canada 💛 Congrats to Carina for the third place prize and Tamali for her great first talk @BryceNation 💛

[Bryce Lab @BryceNation]

New Annual Report on "Solid-state NMR of quadrupolar nuclei: Selected new methods and applications" out now: https://t.co/c2fghSmCnf #NMRchat

[Rongchun Zhang @SCUT_ZhangLab]

This is a technical guide to using solid-state NMR spectroscopy for characterizing polymer structure and dynamics at natural abundance (except 2H NMR). Thanks to all of my students and collaborators.
https://t.co/QGupyx44hv

[BACCARA @baccaragradschool.bsky.social @SchoolBaccara]

We are hiring again: 9 open #PhDpositions in the field of #battery #chemistry: https://t.co/d7vawlVrrP #PhDGermany #battchat #WomeninSTEM

[Dee Snider🇺🇸🎤 @deesnider]

I absolutely approve of Ukrainians using "We're Not Gonna Take It" as their battlecry. My grandfather was Ukrainian, before it was swallowed up by the USSR after WW2. This can't happen to these people again! #FUCKRUSSIA

[Patrick Moelleken 🇺🇦 @PMoelleken]

.@ZelenskyyUa's tv address to the Russian (!) people might be the most moving speech that I've ever seen in my entire life. The whole world needs to see, understand and share this crucial Ukrainian message.
#StandWithUkraine #Ukraine #Україна #Russia #Россия

[Chemistry of Materials @ChemMater]

[Virtual Issue] "Solid Electrolytes in the Spotlight" summarizes the latest advances in the field of solid-state electrolytes for lithium (Li)-, sodium (Na)- and multivalent-ion all-solid-state batteries (ASSBs).

Read it here --> https://t.co/lkUTeeq7hL

[SchurkoFSU @SchurkoFSU]

A great collaboration on indirectly 1H-detected ultra-wideline NMR spectra (PROPSR) in @JACS with Mike Jaroszewicz and Lucio Frydman:
https://t.co/Klsv6HqHw7
@SchurkoFSU @ChemistryFsu @NationalMagLab @WeizmannScience

[MRH @mryanhansen]

Virtual Issue on “Application of Solid-State and In Situ NMR to Functional Materials” https://t.co/yD4WXoKx4A #NMRchat #ssnmr