Abstract
Chloroformates of primary and secondary alcohols, produced by the reaction of the alcohol with phosgene, are reduced to the corresponding alkane in excellent yields by reaction with tri-n-propylsilane in the presence of t-butyl peroxide at 140 °C. Unusually large amounts of initiator are required [0.5–1.1 mol (ButO)2 per mol of RO·CO·Cl]. The results are rationalized in terms of a free-radical reaction scheme.

This publication has 0 references indexed in Scilit: