Metal-Ligand Multiple Bonds

This book will cover metal-ligand multiple bonds to boron, carbon, nitrogen and oxygen, and will also expand on the heavier congeners of the main groups such as Ge, Si, S, P, Se, Te, Sn, as well as engaging in controversial topics such as alkali-earth metal-ligand multiple bonds, rare-earths and lanthanide metal-ligand multiple bonds. Applications such as catalytic reactions like polymerization, oxidation with [O] and atom-transfer catalysis, new cross-metathesis reactions, hydroamination, nitrene/carbene and phosphinidene transfer, multi component coupling reactions, and many other transformations will be also described. Bonding and structure will be also discussed, paying close attention to the role of the metal and the ligand in the multiple bond.
 
The book is divided into 9 parts covering the following topics: 
•Metal-boron multiple bonds
•Metal-carbon multiple bonds
•Metal nitrides
•Metal-imides
•Late metal imides or metal-nitrenes
•Metal oxo multiple bonds
•Metal-phosphorus multiple bonds and the heaviest congeners As, Sb and Bi
•Heavy congeners of oxygen: S, Se, and Te
•Heavy congeners of carbon: Si, Ge, Sn and Sb-Metal Multiple bonds  
This book will cover metal-ligand multiple bonds to boron, carbon, nitrogen and oxygen, and will also expand on the heavier congeners of the main groups such as Ge, Si, S, P, Se, Te, Sn, as well as engaging in controversial topics such as alkali-earth metal-ligand multiple bonds, rare-earths and lanthanide metal-ligand multiple bonds. Applications such as catalytic reactions like polymerization, oxidation with [O] and atom-transfer catalysis, new cross-metathesis reactions, hydroamination, nitrene/carbene and phosphinidene transfer, multi component coupling reactions, and many other transformations will be also described. Bonding and structure will be also discussed, paying close attention to the role of the metal and the ligand in the multiple bond.
 
The book is divided into 9 parts covering the following topics: 
•Metal-boron multiple bonds
•Metal-carbon multiple bonds
•Metal nitrides
•Metal-imides
•Late metal imides or metal-nitrenes
•Metal oxo multiple bonds
•Metal-phosphorus multiple bonds and the heaviest congeners As, Sb and Bi
•Heavy congeners of oxygen: S, Se, and Te
•Heavy congeners of carbon: Si, Ge, Sn and Sb-Metal Multiple bonds