Detection of unstable intermediates during the liquid-phase ozonolysis of trans-di-isopropylethylene
Abstract
In situ i.r. studies and the effects of the delayed addition of propionaldehyde after ozonolysis show conclusively the existence and persistence of unstable intermediates in the ozonolysis of trans-di-isopropylethylene in the liquid phase at –105° to –78 °C.