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THE BETA-HYDROXYETHYL RADICAL AS A MODEL SYSTEM FOR 2-PATHWAY ELECTROREDUCTION IN THE PRESENCE OF PROTON DONORS
Authors: KRIVENKO AG KOTKIN AS KURMAZ VA
Citation: Ag. Krivenko et al., THE BETA-HYDROXYETHYL RADICAL AS A MODEL SYSTEM FOR 2-PATHWAY ELECTROREDUCTION IN THE PRESENCE OF PROTON DONORS, Mendeleev communications, (2), 1998, pp. 56-58
APPLICATION OF LASER PHOTOEMISSION AND CL ASSIC ELECTROCHEMISTRY METHODS IN THE STUDY OF 1,2-SUBSTITUTED HALOETANE RADICALS - EFFECT OF THEMECHANISM OF BETA-HYDROXYETHYL RADICAL REDUCTION ON THE ELECTROSYNTHESIS OF 1,4-BUTANEDIOL
Authors: KRIVENKO AG TOMILOV AP SMIRNOV YD KOTKIN AS KURMAZ VA
Citation: Ag. Krivenko et al., APPLICATION OF LASER PHOTOEMISSION AND CL ASSIC ELECTROCHEMISTRY METHODS IN THE STUDY OF 1,2-SUBSTITUTED HALOETANE RADICALS - EFFECT OF THEMECHANISM OF BETA-HYDROXYETHYL RADICAL REDUCTION ON THE ELECTROSYNTHESIS OF 1,4-BUTANEDIOL, Zurnal obsej himii, 68(2), 1998, pp. 292-299
C-O BOND REDUCTION AND SPLITTING IN 1,4-DIOXANYL RADICALS ADSORBED ONTHE MERCURY-ELECTRODE
Authors: BENDERSKII VA KOTKIN AS KRIVENKO AG KURMAZ VA
Citation: Va. Benderskii et al., C-O BOND REDUCTION AND SPLITTING IN 1,4-DIOXANYL RADICALS ADSORBED ONTHE MERCURY-ELECTRODE, Russian electrochemistry, 29(2), 1993, pp. 325-334
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