Controlled Polymerization Catalysis for the Synthesis of Degradable Amphiphilic Polycarbonates from CO2 | Journal of the American Chemical Society @UniofOxford@OxfordChemistry https://t.co/XW8UAHokMj
Thrilled to share our latest publication in collab with Stephan from the group of @Filip_Du_Prez !🤝
We've uncovered a novel mechanistic pathway in the exchange of cyclic S,O-acetal CANs.
Out in @PolymChem 👇
https://t.co/Rkgh88b1MX
@ULiegeRecherche@ugent@ceci_hpc#CERM
🔓Unlocking circularity in CO2-sourced polymer networks! 🌍
Presented at FRITCO2T day, uniting CO2 researchers, and EDT-CHIM, connecting with chemists of Wallonia. Thanks to @LoicQuinton, @damsluys, BrunoGrignard for organizing these impactful events. #CERM@frsFNRS#Polymers
I am glad to share that my latest work on new CO2-sourced polymers has been published in #JACS 🌱🔬
🔄 Introducing circular non-isocyanate polyurethane networks with N,S-acetal bonds, derived from CO2-sourced alkylidene oxazolidones and thiols. 🌿
https://t.co/TNJIjTrPJz
Make sure to read the Editorial from Guest Editors Justin M. Chalker, Rongrong Hu & Jeffrey Pyun for our Chalcogen Containing Polymers Themed Collection. They give their thoughts on the exciting work published in this collection!
https://t.co/hntkJ8X0tT
Check out this special collection from @PolymChem !
In our work, we performed a catalyst-free copolymerization from CO2-based building blocks toward poly(thiocarbonate)s containing functional oxazolidone moieties.
We are pleased to present a themed collection on Chalcogen Containing Polymers! This collection presents exciting work on their synthesis and applications, and fundamental theoretical and mechanistic studies.
➡️https://t.co/3TOlJnnWtd
All papers are FREE to read until 17th Nov!
All you want know about #CO2 based monomers en route to distinct polymers! Just out an overview in #cjoc with @MatteoLanzi30 from @KLEIJ_ICIQ at @ICIQchem. Quo vadis? https://t.co/spt742pAc5