The phosphinimine, trimethylsilyl-substituted BIPM ligand [BIPM = bis(iminophosphorano)methanide] has been used to stabilise CH(Ph2PNSiMe3)2MgFe(η5-C5H5)(CO)2 (1), which is a structurally authenticated complex exhibiting a direct, unsupported bond between an alkaline earth metal and a transition metal. The FTIR-measured carbonyl stretching frequencies for this complex suggest that there is a polarisation of charge from the transition metal fragment to the magnesium centre. The presence of a polar metal-metal bond in 1 is confirmed by DFT calculations, which suggest that the Mg−Fe bond is predominantly ionic in nature
Metal ion cofactors within active sites are essential components for many proteins and have been dir...
Heterobimetallic compounds continue to be vital in synthetic and materials chemistry. In comparison ...
Density Functional Theory (DFT) is an effective tool for studying diverse metal systems. Presented h...
The phosphinimine, trimethylsilyl-substituted BIPM ligand [BIPM = bis(iminophosphorano)methanide] ha...
A series of homobimetallic phosphinoamide-bridged diiron and dimanganese complexes in which the two ...
Many major advances in our fundamental chemical knowledge have emerged from novel metal-metal chemis...
The synthesis and characterization of molecules containing a direct, unsupported lanthanide transiti...
A new dipyrromethene ligand with 9‐anthracenyl substituents for steric shielding of the metal has be...
A multidentate ligand platform is introduced that enables the isolation of both homo- and heterobime...
Reaction of magnesium amidinate complexes of the form [{MesC(NR)2}MgBr(OEt2)]2 (R = i Pr, Dipp, Mes)...
A single bridging phosphinoamide ligand was shown to support a metal–metal triple bond in a Zr/Co he...
A series of alkaline earth metallocene complexes carrying the diphenylphosphanocyclopentadienyl liga...
The synthesis, structural, and theoretical characterization of heterobimetallic complexes CH3Si-{SiM...
A range of iron(II) complexes incorporating the silylated pentalene ligands (Pn†H = 1,4-{SiiPr3}2C8H...
The synthesis and characterization of both monometallic and bimetallic alkaline–earth metal complexe...
Metal ion cofactors within active sites are essential components for many proteins and have been dir...
Heterobimetallic compounds continue to be vital in synthetic and materials chemistry. In comparison ...
Density Functional Theory (DFT) is an effective tool for studying diverse metal systems. Presented h...
The phosphinimine, trimethylsilyl-substituted BIPM ligand [BIPM = bis(iminophosphorano)methanide] ha...
A series of homobimetallic phosphinoamide-bridged diiron and dimanganese complexes in which the two ...
Many major advances in our fundamental chemical knowledge have emerged from novel metal-metal chemis...
The synthesis and characterization of molecules containing a direct, unsupported lanthanide transiti...
A new dipyrromethene ligand with 9‐anthracenyl substituents for steric shielding of the metal has be...
A multidentate ligand platform is introduced that enables the isolation of both homo- and heterobime...
Reaction of magnesium amidinate complexes of the form [{MesC(NR)2}MgBr(OEt2)]2 (R = i Pr, Dipp, Mes)...
A single bridging phosphinoamide ligand was shown to support a metal–metal triple bond in a Zr/Co he...
A series of alkaline earth metallocene complexes carrying the diphenylphosphanocyclopentadienyl liga...
The synthesis, structural, and theoretical characterization of heterobimetallic complexes CH3Si-{SiM...
A range of iron(II) complexes incorporating the silylated pentalene ligands (Pn†H = 1,4-{SiiPr3}2C8H...
The synthesis and characterization of both monometallic and bimetallic alkaline–earth metal complexe...
Metal ion cofactors within active sites are essential components for many proteins and have been dir...
Heterobimetallic compounds continue to be vital in synthetic and materials chemistry. In comparison ...
Density Functional Theory (DFT) is an effective tool for studying diverse metal systems. Presented h...