Reaction of an allylstannylene with adamantyl phosphaalkyne†
Abstract
The reaction of a terphenyl tin(II) compound bearing an η3 coordinating allyl ligand with adamantyl phosphaalkyne is reported. The quantitative stochiometric reaction towards one product involves an addition of one Sn–Ar bond across the C![[triple bond, length as m-dash]](https://www.rsc.org/images/entities/char_e002.gif) P triple bond and formation of a phosphadistannacyclobutene ring. This kinetically favoured product can be isolated in the solid state, however, in solution, it shows rearrangement towards a new tin-phosphorus molecule over a period of five days.
P triple bond and formation of a phosphadistannacyclobutene ring. This kinetically favoured product can be isolated in the solid state, however, in solution, it shows rearrangement towards a new tin-phosphorus molecule over a period of five days.
- This article is part of the themed collection: Main Group Transformations
 
                



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