Do you know how to control Ni(I) or Pd(I) metal-metal bonds? Is ligand flexibility really problematic for metalloradical accessibility and stability? I'm excited to share some answers in our paper, just published. I hope you enjoy the read and perhaps find it inspiring:
Dynamics of Metal–Metal Bond Dissociation in Pd–Pd and Ni–Ni Complexes: Reorganization and Redistribution Reactions of the Metalloradicals (Lutz H. Gade and co-workers) #AngewandteVIP • https://t.co/8N8wX6gqw3
Dynamics of Metal–Metal Bond Dissociation in Pd–Pd and Ni–Ni Complexes: Reorganization and Redistribution Reactions of the Metalloradicals (Lutz H. Gade and co-workers) #AngewandteVIP • https://t.co/8N8wX6gqw3
@TakebayashiS Great fundamental work! I found your paper after observing reversible bond homolysis in NMR myself. (People can actually find it by simply searching for "bond homolysis NMR" in Google.)
To Split or Not to Split: [AsCCAs]-Coordinated Mo, W, and Re Complexes and Their Reactivity toward Molecular Dinitrogen | Inorganic Chemistry https://t.co/yDuoo7NHaS Ballmann and co-workers @InorgChem#molybdenum#tungsten#rhenium#halides#N2
Another special day for @Orgmet_ACS, we present "Early Transition Metals in Organometallic Chemistry" (Part 1!) illustrating the rich and diverse chemistry of electropositive metals, https://t.co/nonw4LxgDp. Thanks to @beweries_LIKAT, T. K. Panda, @CortnieRoberts
, H.Tsurugi.
Congratulations to Justus and Patrick for their work published at @angew_chem ! We present a simple strategy to acess a fundamental new R2C=C=N2 class. How many new and stable CHN compounds are still out there? https://t.co/jBDHc4FJc8
I am very happy to see our investigations on an open-shell tantalum alkylidene finally available online.
So if you are interested in "exotic organometallic complexes", it might be worth checking out:
https://t.co/Wba0C0iHvx