Transition Metal Catalyzed Carbonylation Reactions is a comprehensive monograph focusing on carbon monoxide usage. This book provides students and researchers in organic synthesis with a detailed discussion of carbonylation from the basics through to applications. The authors have structured the book around the types of reactions, based on the different nucleophiles involved. Scientists working in carbonylation or with carbon monoxide, as well as teachers of organic synthesis can use this book to become familiar with this important area of organic chemistry.
Transition Metal Catalyzed Carbonylation Reactions is a comprehensive monograph focusing on carbon monoxide usage. This book provides students and researchers in organic synthesis with a detailed discussion of carbonylation from the basics through to applications. The authors have structured the book around the types of reactions, based on the different nucleophiles involved. Scientists working in carbonylation or with carbon monoxide, as well as teachers of organic synthesis can use this book to become familiar with this important area of organic chemistry.
Xiao-Feng Wu was born in 1985, China. He studied chemistry in Zhejiang Sci-Tech University (China), where he got his bachelor's degree in science (2007). In the same year, he went to Rennes 1 University (France) and worked with Prof C. Darcel on iron catalyzed reactions. After earned his master's degree in 2009, he joined Matthias Beller's group in Leibniz-Institute for Catalysis (Germany), where he completed his PhD thesis in January 2012. Then he started his independent research at ZSTU and LIKAT. He is the author of more than 50 peer reviewed publications. His research interests include carbonylation reactions, heterocycles synthesis, and the catalytic application of cheap metals. He also was a fellow of the Max-Buchner-Forschungsstiftung. >90 patent applications have been filed in the last decade. Matthias Beller has received several awards including the Otto-Roelen Medal, the Leibniz-Price and the German Federal Cross of Merit. Most recently, he received the first "European price for Sustainable Chemistry" and the "Paul-Rylander Award" of the Organic Reaction Catalysis Society, US. Matthias Beller is a member of the Association for Technical Sciences of the Union of German Academies of Sciences and Humanities, and the German National Academia of Science.
Inhaltsangabe
Introduction.- Hydroxy-, Alkoxy- and Aminocarbonylations of C-X bonds.- Reductive carbonylations.- Carbonylative coupling reactions with organometallic reagents.- Carbonylative Sonogashira reactions.- Carbonylative C-H activations.- Carbonylative Heck reactions.- Oxidative carbonylation reactions.- Reaction of C-NO2 with CO.- Applications in total synthesis.- A discussion between carbonylation, noncarbonylation and decarbonylation.- Outlook.
Introduction.- Hydroxy, Alkoxy and Aminocarbonylation of C-X bonds.- Reductive carbonylations.- Carbonylative coupling reactions with organometallic reagents.- Carbonylative Sonogashira reactions.- Carbonylative C-H activations.- Carbonylative Heck reactions.- Oxidative carbonylation reactions.- Reaction of C-NO2 with CO.- Applications in total synthesis.- A discussion between carbonylation, noncarbonylation and decarbonylation.- Outlook.
Introduction.- Hydroxy-, Alkoxy- and Aminocarbonylations of C-X bonds.- Reductive carbonylations.- Carbonylative coupling reactions with organometallic reagents.- Carbonylative Sonogashira reactions.- Carbonylative C-H activations.- Carbonylative Heck reactions.- Oxidative carbonylation reactions.- Reaction of C-NO2 with CO.- Applications in total synthesis.- A discussion between carbonylation, noncarbonylation and decarbonylation.- Outlook.
Introduction.- Hydroxy, Alkoxy and Aminocarbonylation of C-X bonds.- Reductive carbonylations.- Carbonylative coupling reactions with organometallic reagents.- Carbonylative Sonogashira reactions.- Carbonylative C-H activations.- Carbonylative Heck reactions.- Oxidative carbonylation reactions.- Reaction of C-NO2 with CO.- Applications in total synthesis.- A discussion between carbonylation, noncarbonylation and decarbonylation.- Outlook.
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