The study of the elementary acts of a reversible photochemical reaction generating quasistationary radio emission in a magnetic field

Constant coherent radio frequency radiation in the course of a reversible photochemical reaction of a 8-hydroxy-6-dibenzofuran—deuteromethanol system was detected and investigated. The observed effect is one of the few examples of the generation of stationary radio emission during a photoreaction and may have a practical application. The elementary stages and the mechanism of these photoreactions are presented.