Cobalt was successfully doped into the lattice of unique ZnO platelets for the first time. Huge reductions in photocatalytic activity (PCA) were observed compared to that of undoped powders in UVA, UVB, and UVC regions. PCA reduction was explaine...
Artikel
Intermolecular Insertion Reactions into the P−P Bond of Oligophosphorus Compounds
Von Wiley-VCH zur Verfügung gestellt
The intermolecular insertion reactions of small molecules into P−P bonds of oligophosphorus compounds are described. This type of reactivity is important for the development of new, targeted and selective methods for the activation of oligophosphorus compounds to obtain new oligophosphorus ligands and materials.
Abstract
The insertion of unsaturated organic molecules into a P−P bond of oligophosphorus compounds has the potential to expand the organophosphorus and organometallic chemistry and to make it more variable with the selective formation of desirable products. This article reviews the insertion reaction for oligophosphorus compounds and focuses in particular on non-metals, unsaturated organic substrates, carbenes and carbene analogues as starting reagents.
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