César Nombela Fellow (Atracción de Talento) at the ICP-CSIC institute in Madrid. @ICP_CSIC | Former Postdocs: @UAM_Madrid @UOC_gr | PhD @SussexUni
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This is a very informative and useful review for MOF and COF researchers! Very happy to have contributed in this great work and learn so much about PDF analysis.
Congratulations to @ignacio_romerom and everyone involved! 🎉 @anaplateroprats@LOCAL_Mater
👇 https://t.co/UwJtd5dfAl
💧 ¿Cómo eliminar contaminantes “eternos” del agua?
Un equipo del ICP-CSIC, en colaboración con @icmm_csic, @UAM_Madrid, @ALBAsynchrotron y @uppsalauni , diseña un MOF capaz de capturar PFOA (PFAS) de forma rápida y eficiente.
👉 https://t.co/vA99OvtPfK
#ICP_CSIC#PFAS#MOFs
📢We are seeking‼️
We're looking for 2 motivated PhD candidates 👩🏽🔬👨🏽🔬 to develop a multidisciplinary project at the @icmm_csic
If you like chemistry 🧪 reticular materials 🕸️ and crystallography 🎇this is your opportunity!
Deadline: 15/03/2025
Retweets are appreciated 🙏🏻
New year, new beamtimes for @LOCAL_Mater 💪🏻 We had a great session @esrfsynchrotron collecting XAS data at the Italian beamline BM08. Thank you for the experience!
Our latest work with @PTrikalitis explores key principles and strategies that bring us closer to rationally designed rare-earth flexible MOFs.
Very happy to have contributed to this article!
Open access link:👇
Accessing mixed cluster rare-earth MOFs with reduced connectivity via linker expansion and desymmetrization: co-assembly of 6-c and 10-c hexanuclear clusters in RE-stc-MOF-1 https://t.co/EJC0qFrFZT
Accessing mixed cluster rare-earth MOFs with reduced connectivity via linker expansion and desymmetrization: co-assembly of 6-c and 10-c hexanuclear clusters in RE-stc-MOF-1 https://t.co/WsK0P7TmLa
Rare-earth MOF chemistry is always fascinating, especially using reduced symmetry linkers! Our latest work introduces new porous frameworks based on hexanuclear clusters of mixed connectivity. @PTrikalitis@KFroudas@AngeliGiasemi
Link (open access) 👇
https://t.co/cCT5XsCHms
From our #EmergingInvestigators collection!
"Exploring porous structures without crystals: advancements with pair distribution function in metal- and covalent organic frameworks" by Ana E. Platero-Prats & co.
@LOCAL_mater@UAM_Madrid@ifimacuam
https://t.co/0JKV0dJvAx
This is a very informative and useful review for MOF and COF researchers! Very happy to have contributed in this great work and learn so much about PDF analysis.
Congratulations to @ignacio_romerom and everyone involved! 🎉 @anaplateroprats@LOCAL_Mater
👇 https://t.co/UwJtd5dfAl
Excited to share our latest work in @ChemSocRev, exploring structural challenges in MOFs & COFs using PDF analysis. We hope it proves valuable to the reticular mater community. Grateful for the collaboration with @anaplateroprats,@eddielouk,@fzamora0, and @Ying_Xiong_ Link here👇
Interested in a comprehensive review on using PDF analyses for MOF and COF characterization? Check out our latest article published in @ChemSocRev 👇🏻👇🏻
https://t.co/yzUoY1AAnl
Exploring porous structures without crystals: advancements with pair distribution function in metal- and covalent organic frameworks https://t.co/FIhr3FWC3J
We are at @Cambridge_Uni !! What a great time we are having at @YoungMOFmeeting 🤩 Thank you very much dear @celiacb90 for organising such an inspiring conference 👏
🤽♂️ Chemically Tailored Metal-Organic Frameworks for Enhanced Capture of Short- and Long-Chain Per- and Polyfluoroalkyl Substances from Water
🤝New paper at @AdvSciNews by @amavr78 in collaboration with @LOCAL_Mater https://t.co/WQShBaWk1w