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Hydrogen chloride, cyclohexylchloride and the new compound C 4 Cl 5 -C 6 H 11  (cyclohexylpentachlorobutadiene) are formed when mixtures of hexachlorobutadiene and cyclohexane are exposed to γ-radiation or 2 MeV-electrons from an accelerator. The mass- and IR-spectrometric analyses of the new product indicate that the C 6 H 11 -group is bound mainly to a primary C-atom of the hexachlorobutadiene. The 100 eV-yield of C 4 Cl 5 - C 6 H 11  is of the order of 3.3 ± 0.15 molecules/100 eV. Because hexachlorobutadiene is a by-product in the technical synthesis of chlorine containing hydrocarbons' new reactions of this compound could be of industrial importance. A mechanism is formulated to explain the formation of the products.

Die Strahlenchemie des Hexachlorbutadiens / The Radiation Chemistry of Hexachlorobutadiene: 1. Das System Cyclohexan/Hexachlorbutadien