Carolin Rieg

Chemist | Postdoc at Utrecht University

[Carolin Rieg @Carolin_Rieg]

Deeper insight into the nature of active sites and origin of catalyst deactivation. Thank you Ali @likat_rostock for this collaboration and @crc1333 for funding.

[Imagine Dragons @Imaginedragons]

Our video for Crushed, filmed on the front lines of Ukraine, is out now. It follows Sasha, a young boy who endured months of shelling in his town.

Sasha's story is heartbreaking, and there are thousands more like him who desperately need help. Even today, his family is without electricity and other basic utilities.

Please consider donating to @U24_gov_ua and raising your voice for this cause:
https://t.co/QQoQMhCG9l

[CRC1333 @crc1333]

Congrats to the interdisciplinary team of @crc1333 researchers from the groups of @GroupKaestner, @Ringenberg, @esteslab and Dr. Michael Dyballa!

[Esteslab @esteslab]

The support matters a lot when you're immobilizing complexes on surfaces. Check out our latest solid state NMR paper on the subject! Great collaboration. @crc1333 https://t.co/9ouz6kMDoe

[Laschat Group @LaschatGroup]

Our joint paper with @Carolin_Rieg and the Dyballa group, "Determination of Accessibility and Spatial Distribution of Chiral Rh Diene Complexes Immobilized on SBA-15 via Phosphine‑based NMR Probe Molecules", is just out in @CatalysisSciTec. https://t.co/itsBNh2wOA

[Johannes Kästner @GroupKaestner]

@crc1333 @CatalysisSciTec @LaschatGroup The paper is that one, by the way, 🧪💻⚗️ https://t.co/IjjG7ZFDfs

[Carolin Rieg @Carolin_Rieg]

check out my latest publication 😀

[CRC1333 @crc1333]

Want to know where your immobilized catalyst sits and how much of it is accessible?
Then check our newest collaborative article in @CatalysisSciTec.
#Chemistry #nmr #catalyst #UniStuttgart
@LaschatGroup @GroupKaestner

[CRC1333 @crc1333]

2/2) Assignment of water species and influence of confinement in pores revealed.
➡️https://t.co/TlQU4HFiV1

[CRC1333 @crc1333]

Check out two new #CRC1333 papers on Solid State NMR from the Dyballa group:
1/2) New analytical method for quantification of accessible oxidative sites in porous matter.
➡️https://t.co/mM0slb85Ef