A photoactivated neutral organic super electron donor cleaves challenging arenesulfonamides derived from dialkylamines at room temperature. It also cleaves a) ArC[BOND]NR and b) ArN[BOND]C bonds. This study also highlights the assistance given to these cleavage reactions by the groups attached to N in (a) and to C in (b), by lowering LUMO energies and by stabilizing the products of fragmentation
In the past decade, a host of exceptionally strong organic electron donors has been designed and pre...
A photocatalytic method for the aerobic oxidative cleavage of C=C bonds has been developed. Electron...
Neutral organic super electron donors (SEDs) display impressive reducing power but, until now, it ha...
A photoactivated neutral organic super electron donor cleaves challenging arenesulfonamides derived ...
The prevalence of metal-based reducing reagents, including metals, metal complexes, and metal salts,...
The sulfonyl group finds extensive applications in organic and medicinal chemistry both in sulfonami...
A new ground-state organic electron donor has been prepared that features four strongly π-donating i...
Based on simple ideas of electron-rich alkenes, exemplified by tetrakis(dimethylamino)ethene, TDAE, ...
Carbon-carbon and carbon-hydrogen bonds constitute essential components of organic frameworks and im...
The scope of neutral organic super-electron donors as reducing agents has been extended to include t...
The prevalence of metal-based reducing reagents, including metals, metal complexes, and metal salts,...
The cleavage of sulfidic C-S bonds under visible-light irradiation was harnessed to generate carboca...
The photoactivation of electron donor-acceptor (EDA) complexes has emerged as a sustainable, selecti...
Under basic conditions aryl halides can undergo SRN1 reactions, BHAS reactions and benzyne formation...
Reduction of nitrobenzene by excess organic electron donor, 12, affords diphenylhydrazine in a react...
In the past decade, a host of exceptionally strong organic electron donors has been designed and pre...
A photocatalytic method for the aerobic oxidative cleavage of C=C bonds has been developed. Electron...
Neutral organic super electron donors (SEDs) display impressive reducing power but, until now, it ha...
A photoactivated neutral organic super electron donor cleaves challenging arenesulfonamides derived ...
The prevalence of metal-based reducing reagents, including metals, metal complexes, and metal salts,...
The sulfonyl group finds extensive applications in organic and medicinal chemistry both in sulfonami...
A new ground-state organic electron donor has been prepared that features four strongly π-donating i...
Based on simple ideas of electron-rich alkenes, exemplified by tetrakis(dimethylamino)ethene, TDAE, ...
Carbon-carbon and carbon-hydrogen bonds constitute essential components of organic frameworks and im...
The scope of neutral organic super-electron donors as reducing agents has been extended to include t...
The prevalence of metal-based reducing reagents, including metals, metal complexes, and metal salts,...
The cleavage of sulfidic C-S bonds under visible-light irradiation was harnessed to generate carboca...
The photoactivation of electron donor-acceptor (EDA) complexes has emerged as a sustainable, selecti...
Under basic conditions aryl halides can undergo SRN1 reactions, BHAS reactions and benzyne formation...
Reduction of nitrobenzene by excess organic electron donor, 12, affords diphenylhydrazine in a react...
In the past decade, a host of exceptionally strong organic electron donors has been designed and pre...
A photocatalytic method for the aerobic oxidative cleavage of C=C bonds has been developed. Electron...
Neutral organic super electron donors (SEDs) display impressive reducing power but, until now, it ha...