ELECTROORGANIC CHEMICAL-INDUSTRY

[1] BAIZER M, 1973, ORGANIC ELECTROCHEMI, P139

[2] BAIZER MM, 1979, CHEM IND, V7, P435

[3] BECK F, 1974, ELEKTROORGANISCHE CH, P233

[4] BELOZERSKII NA, 1949, ZH OBSHCH KHIM, V19, P1664

[5] BELOZERSKII NA, 1950, CHEM ABST, V44, P956

[6] BRAITHWITE DG, 1966, Patent No. 3256161

[7] BRAITHWITE DG, 1968, Patent No. 3380899

[8] CREIGHTON HJ, 1939, T ELECTROCHEM SOC, V75, P289

[9] CUTLER LH, 1979, AICHE S SER, V75, P103

[10] ELECTROCHEMICAL OXIDATION OF BENZENE, A ROUTE TO HYDROQUINONE DEVOID OF BYPRODUCTS [J]. CHEMIE INGENIEUR TECHNIK, 1974, 46 (15) : 635 - 639

[1] BAIZER M, 1973, ORGANIC ELECTROCHEMI, P139

[2] BAIZER MM, 1979, CHEM IND, V7, P435

[3] BECK F, 1974, ELEKTROORGANISCHE CH, P233

[4] BELOZERSKII NA, 1949, ZH OBSHCH KHIM, V19, P1664

[5] BELOZERSKII NA, 1950, CHEM ABST, V44, P956

[6] BRAITHWITE DG, 1966, Patent No. 3256161

[7] BRAITHWITE DG, 1968, Patent No. 3380899

[8] CREIGHTON HJ, 1939, T ELECTROCHEM SOC, V75, P289

[9] CUTLER LH, 1979, AICHE S SER, V75, P103

[10] ELECTROCHEMICAL OXIDATION OF BENZENE, A ROUTE TO HYDROQUINONE DEVOID OF BYPRODUCTS [J]. CHEMIE INGENIEUR TECHNIK, 1974, 46 (15) : 635 - 639