Robust, Transformable, and Crystalline Single-Node Organometallic Networks Constructed from Ditopic m‑Terphenyl Isocyanides
datasetposted on 01.11.2016, 00:00 by Douglas W. Agnew, Milan Gembicky, Curtis E. Moore, Arnold L. Rheingold, Joshua S. Figueroa
The preparation of 3D and 2D Cu(I) coordination networks using ditopic m-terphenyl isocyanides is described. The incorporation of sterically encumbering substituents enables the controlled, solid-state preparation of Cu(I) tris-isocyanide nodes with a labile solvent ligand in a manner mirroring solution-phase chemistry of monomeric complexes. The protection afforded by the m-terphenyl groups is also shown to engender significant stability towards heat as well as acidic or basic conditions, resulting in robust single-metal-node networks that can transition from 3D to 2D extended structures.
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Ditopicditopicmannercoordinationsingle-metal-nodeTransformabletris-isocyanidemonomericcomplexnodRobustTerphenylsolution-phaseIsocyanideprotectionincorporationacidicterphenylligandCrystalline Single-Node Organometallic Networks Constructedstabilityisocyanidesterically encumbering substituents3 DpreparationCu