We report rare examples of exclusive benzylic C-H oxidative addition in industrially important methylarenes using simple η4-arene iridium complexes. Mechanistic studies showed that coordinatively unsaturated η2-arene intermediates are responsible for the selective activation of benzylic, not aromatic C-H bonds and formation of stable benzyl complexes after trapping with a phosphine ligand
The introduction of heteroatoms into existing bioactive molecules has the potential to alter their p...
Ph bisoxazolinyl (Phebox) iridium has been previously shown to catalyze C-H activation of benzene an...
Two main challenges hinder the development of new, broadly useful C–H functionalization reactions: (...
We report rare examples of exclusive benzylic C-H oxidative addition in industrially important methy...
The cleavage of aromatic C-C bonds is central for conversion of fossil fuels into industrial chemica...
Aromatic C-H activation in alkylarenes is a key step for the synthesis of functionalized organic mol...
Aromatic C-H activation in alkylarenes is a key step for the synthesis of functionalised organic mol...
The outcome of the activation reactions of arene C-H bonds with the complexes [IrMe(2)Cp*L] (Cp*=eta...
The activation of carbon-hydrogen (C-H) bonds mediated by transition metal complexes is a fundamenta...
We report an aromatic C–H hydroxylation protocol in which the arene is activated through η6-coordina...
We report an unprecedented selective cleavage of aromatic C−C bonds through the insertion of well‐de...
We report an unprecedented selective cleavage of aromatic C-C bonds through the insertion of well-de...
We report an aromatic C–H hydroxylation protocol in which the arene is activated through η<sup>6</su...
Arene complexes of transition metals figure prominently in the field of organometallic chemistry (Co...
An arene activation strategy for the selective disassembly of aryl ethers is reported. A variety of ...
The introduction of heteroatoms into existing bioactive molecules has the potential to alter their p...
Ph bisoxazolinyl (Phebox) iridium has been previously shown to catalyze C-H activation of benzene an...
Two main challenges hinder the development of new, broadly useful C–H functionalization reactions: (...
We report rare examples of exclusive benzylic C-H oxidative addition in industrially important methy...
The cleavage of aromatic C-C bonds is central for conversion of fossil fuels into industrial chemica...
Aromatic C-H activation in alkylarenes is a key step for the synthesis of functionalized organic mol...
Aromatic C-H activation in alkylarenes is a key step for the synthesis of functionalised organic mol...
The outcome of the activation reactions of arene C-H bonds with the complexes [IrMe(2)Cp*L] (Cp*=eta...
The activation of carbon-hydrogen (C-H) bonds mediated by transition metal complexes is a fundamenta...
We report an aromatic C–H hydroxylation protocol in which the arene is activated through η6-coordina...
We report an unprecedented selective cleavage of aromatic C−C bonds through the insertion of well‐de...
We report an unprecedented selective cleavage of aromatic C-C bonds through the insertion of well-de...
We report an aromatic C–H hydroxylation protocol in which the arene is activated through η<sup>6</su...
Arene complexes of transition metals figure prominently in the field of organometallic chemistry (Co...
An arene activation strategy for the selective disassembly of aryl ethers is reported. A variety of ...
The introduction of heteroatoms into existing bioactive molecules has the potential to alter their p...
Ph bisoxazolinyl (Phebox) iridium has been previously shown to catalyze C-H activation of benzene an...
Two main challenges hinder the development of new, broadly useful C–H functionalization reactions: (...