Copper is one of the most efficient and attractive metals for catalysis. In addition to their availability, low cost and limited toxicity, copper complexes can be utilized to catalyze a broad variety of reactions, including radical ones. For such reactions, organic halides are by far the most versatile and attractive substrates: our contribution to the catalysis of radical reactions from organic halides with copper complexes is summarized in this account.info:eu-repo/semantics/publishe
The Rieke method of metal activation has been employed to generate new forms of highly reactive copp...
Copper complexes bearing polyamine chelate ligands are among the most widely used and highly active ...
Organometallic CuIII species have been invoked in many copper-catalyzed reactions, but until recentl...
Copper is one of the most efficient and attractive metals for catalysis. In addition to their availa...
Highly reactive copper was prepared by the lithium naphthalide reductions of various copper(I) salt/...
Organic transformations can broadly be classified into four categories including cationic, anionic, ...
Highly reactive copper was prepared by the lithium naphthalide reductions of various copper(I) salt/...
Highly reactive copper was prepared by the lithium naphthalide reductions of various copper(I) salt/...
Organic transformations can broadly be classified into four categories including cationic, anionic, ...
Photoredox catalysis has been applied to renewable energy and green chemistry for many years. Ruthen...
Allylic chlorides and acetates accelerate the reaction between copper(II) perchlorate and copper met...
Allylic alkylations and substitutions promoted by copper(l) have been studied. These reactions are v...
The Rieke method of metal activation has been employed to generate new forms of highly reactive copp...
Allylic chlorides and acetates accelerate the reaction between copper(II) perchlorate and copper met...
Allylic alkylations and substitutions promoted by copper(l) have been studied. These reactions are v...
The Rieke method of metal activation has been employed to generate new forms of highly reactive copp...
Copper complexes bearing polyamine chelate ligands are among the most widely used and highly active ...
Organometallic CuIII species have been invoked in many copper-catalyzed reactions, but until recentl...
Copper is one of the most efficient and attractive metals for catalysis. In addition to their availa...
Highly reactive copper was prepared by the lithium naphthalide reductions of various copper(I) salt/...
Organic transformations can broadly be classified into four categories including cationic, anionic, ...
Highly reactive copper was prepared by the lithium naphthalide reductions of various copper(I) salt/...
Highly reactive copper was prepared by the lithium naphthalide reductions of various copper(I) salt/...
Organic transformations can broadly be classified into four categories including cationic, anionic, ...
Photoredox catalysis has been applied to renewable energy and green chemistry for many years. Ruthen...
Allylic chlorides and acetates accelerate the reaction between copper(II) perchlorate and copper met...
Allylic alkylations and substitutions promoted by copper(l) have been studied. These reactions are v...
The Rieke method of metal activation has been employed to generate new forms of highly reactive copp...
Allylic chlorides and acetates accelerate the reaction between copper(II) perchlorate and copper met...
Allylic alkylations and substitutions promoted by copper(l) have been studied. These reactions are v...
The Rieke method of metal activation has been employed to generate new forms of highly reactive copp...
Copper complexes bearing polyamine chelate ligands are among the most widely used and highly active ...
Organometallic CuIII species have been invoked in many copper-catalyzed reactions, but until recentl...