The iridium complexes Cp*Ir(CO)(Cl)(CH2R), which do not contain any β-hydrogen atoms, react with water to form aldehydes. This reaction was found to be photochemically activated, and a possible pathway involving radical intermediates has been proposed and studied experimentally and computationally.MOE (Ministry of Education)Accepted versio
Light-triggered hydride transfer is an emerging class of chemical transformations that is increasing...
Alkyl radicals are powerful intermediates for the generation of carbon-carbon bonds, which play a...
Visible light irradiation of Cp*Ir(CO)2 (1) in pentafluorobenzontrile resulted in the formation of t...
10.1016/j.jorganchem.2012.11.030Journal of Organometallic Chemistry724275-280JORC
The formation of aldehydes from the photochemically activated reaction of Cp*Ir(CO)(Cl)(CH2R) comple...
Several systems in which molecular hydrogen is produced by photoreduction of protons in aqueous solu...
Under 254 or 313 nm irradiation in chloroform, [IrCl (CO)(PPh3)2] is converted cleanly to [IrCl2(CO)...
Anaerobic aqueous ethanol solutions of pentacyanocobaltate(II) or mixed complexes of cobalt(II) with...
The efficient conversion of solar energy into a chemical fuel represents a technological milestone t...
<p>The efficient conversion of solar energy into a chemical fuel represents a technological mileston...
The complex IrCl2(Cp*)(trz) (trz = triazolylidene), 2, was prepared from readily available 1,3-dimet...
Abstract — Dissociative loss of CO or H2 or homolysis of metal-metal bonds can be the result of phot...
The complex IrCl2(Cp*)(trz) (trz = triazolylidene), 2, was prepared from readily available 1,3-dimet...
The utilization of light energy to drive reactions using precious metal catalysts has allowed signif...
The utilization of light energy to drive reactions using precious metal catalysts has allowed signif...
Light-triggered hydride transfer is an emerging class of chemical transformations that is increasing...
Alkyl radicals are powerful intermediates for the generation of carbon-carbon bonds, which play a...
Visible light irradiation of Cp*Ir(CO)2 (1) in pentafluorobenzontrile resulted in the formation of t...
10.1016/j.jorganchem.2012.11.030Journal of Organometallic Chemistry724275-280JORC
The formation of aldehydes from the photochemically activated reaction of Cp*Ir(CO)(Cl)(CH2R) comple...
Several systems in which molecular hydrogen is produced by photoreduction of protons in aqueous solu...
Under 254 or 313 nm irradiation in chloroform, [IrCl (CO)(PPh3)2] is converted cleanly to [IrCl2(CO)...
Anaerobic aqueous ethanol solutions of pentacyanocobaltate(II) or mixed complexes of cobalt(II) with...
The efficient conversion of solar energy into a chemical fuel represents a technological milestone t...
<p>The efficient conversion of solar energy into a chemical fuel represents a technological mileston...
The complex IrCl2(Cp*)(trz) (trz = triazolylidene), 2, was prepared from readily available 1,3-dimet...
Abstract — Dissociative loss of CO or H2 or homolysis of metal-metal bonds can be the result of phot...
The complex IrCl2(Cp*)(trz) (trz = triazolylidene), 2, was prepared from readily available 1,3-dimet...
The utilization of light energy to drive reactions using precious metal catalysts has allowed signif...
The utilization of light energy to drive reactions using precious metal catalysts has allowed signif...
Light-triggered hydride transfer is an emerging class of chemical transformations that is increasing...
Alkyl radicals are powerful intermediates for the generation of carbon-carbon bonds, which play a...
Visible light irradiation of Cp*Ir(CO)2 (1) in pentafluorobenzontrile resulted in the formation of t...