Light-Induced Hydrolysis of Nitriles by Photoproduced α-MnO2 Nanorods on Polystyrene Beads
Organic Letters, 2007•ACS Publications
A green chemistry approach has been furnished for photochemical deposition of α-MnO2
nanorods onto the surface of functionalized polystyrene beads through immobilization of
MnO4-in alkaline condition under visible light. Then the composite material was exploited as
a fruitful and novel solid-phase catalyst for the one-step and facile synthesis of amide
compounds from nitriles under visible light in weakly basic medium.
nanorods onto the surface of functionalized polystyrene beads through immobilization of
MnO4-in alkaline condition under visible light. Then the composite material was exploited as
a fruitful and novel solid-phase catalyst for the one-step and facile synthesis of amide
compounds from nitriles under visible light in weakly basic medium.
A green chemistry approach has been furnished for photochemical deposition of α-MnO2 nanorods onto the surface of functionalized polystyrene beads through immobilization of MnO4- in alkaline condition under visible light. Then the composite material was exploited as a fruitful and novel solid-phase catalyst for the one-step and facile synthesis of amide compounds from nitriles under visible light in weakly basic medium.
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