Formation of the layered conductive magnet CrCl2(pyrazine)2 through redox-active coordination chemistry

RT @INC_CNRS: Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @Bo…

RT @INC_CNRS: Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @Bo…

RT @univbordeaux: Nouvelle avancée dans la recherche des matériaux 2D : https://t.co/3rsXegT52J Travaux menés au sein du centre de recherc…

RT @INC_CNRS: Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @Bo…

RT @univbordeaux: Nouvelle avancée dans la recherche des matériaux 2D : https://t.co/3rsXegT52J Travaux menés au sein du centre de recherc…

RT @INC_CNRS: Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @Bo…

RT @INC_CNRS: Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @Bo…

Nouvelle avancée dans la recherche des matériaux 2D : https://t.co/3rsXegT52J Travaux menés au sein du centre de recherche Paul Pascal, de l’Institut de chimie de la matière condensée de Bordeaux #ICMCB et @ESRF_FR @CNRS @univbordeaux @BordeauxINP @CNRSA

RT @INC_CNRS: Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @Bo…

RT @INC_CNRS: Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @Bo…

Chrome et pyrazine : une synergie qui magnétise la recherche des #materiaux 2D ➡️ https://t.co/V1dK1wkuUJ 🤝 @univbordeaux @BordeauxINP @ESRF_FR @CNRSAquitaine 📕 @NatureChemistry | https://t.co/bCRgmnnHdE https://t.co/6RgBxeCcRQ

RT @kasperspedersen: Our first paper on non-innocent approaches to 2D conductive magnets has just appeared in @NatureChemistry ! See more h…

RT @NatureChemistry: A layered conductive magnet formed through redox-active coordination chemistry between chromium and pyrazine https://t…

RT @NatureChemistry: A layered conductive magnet formed through redox-active coordination chemistry between chromium and pyrazine https://t…

RT @NatureChemistry: A layered conductive magnet formed through redox-active coordination chemistry between chromium and pyrazine https://t…

RT @NatureChemistry: A layered conductive magnet formed through redox-active coordination chemistry between chromium and pyrazine https://t…

#Imán #conductor en capas formadas a través de la #coordinación #química del #Cromo con #Pirazina ÁGORA is #Lindaufürimmer

A layered conductive magnet formed through redox-active coordination chemistry between chromium and pyrazine https://t.co/fQv63JDlZE ($) https://t.co/S2XWu8GysU

Formation of the layered conductive magnet CrCl₂(pyrazine)₂ through redox-active coordination chemistry https://t.co/Oy4pusrHzH

RT @kasperspedersen: Our first paper on non-innocent approaches to 2D conductive magnets has just appeared in @NatureChemistry ! See more h…

RT @kasperspedersen: Our first paper on non-innocent approaches to 2D conductive magnets has just appeared in @NatureChemistry ! See more h…

RT @kasperspedersen: Our first paper on non-innocent approaches to 2D conductive magnets has just appeared in @NatureChemistry ! See more h…

RT @kasperspedersen: Our first paper on non-innocent approaches to 2D conductive magnets has just appeared in @NatureChemistry ! See more h…

New: Formation of the layered conductive magnet CrCl2(pyrazine)2 through redox-active coordination chemistry https://t.co/lQ7VloecF2

First Nature Chemistry paper from the Kasper Steen Pedersen group at ⁦@DTUKemi⁩ ⁦@DTUtweet⁩ Congratulations 👍 https://t.co/ORvuctdEpI

Really nice work!!

Our first paper on non-innocent approaches to 2D conductive magnets has just appeared in @NatureChemistry ! See more here: https://t.co/1ZxkgHHlCK