It was found that the electrochemistry of ctyochrome C was reversible at gold electrode surface modified with glucides and alcohols, and the electrochemical reaction of cytochrome C was related with the coverage of pr...It was found that the electrochemistry of ctyochrome C was reversible at gold electrode surface modified with glucides and alcohols, and the electrochemical reaction of cytochrome C was related with the coverage of promoters adsorbed on the electrode surface. 7’h(> i r1 fl11(}T]cc of l:I1(’ I1l1 n ll)()r (f)f. I1y(I l’()xyl gr()1lp t.() 1\h(’ pr`)lTl(f)1,i()rl efr()ct of glucides and alcohols was also studied.展开更多
This paper presents the experimental investigation of SERS spectra of thecorrosion-inhibiting properties of 2-aminobenzimidazole and 6-nitrobenzimidazole on thecopper electrode. The result suggests that the two molecu...This paper presents the experimental investigation of SERS spectra of thecorrosion-inhibiting properties of 2-aminobenzimidazole and 6-nitrobenzimidazole on thecopper electrode. The result suggests that the two molecules, except the loss of portons,are nondissociatively chendsorbed on copper and that adsorption occurs solely throughinteraction of the introgen atom with the copper substrate in the bodazole moiety. Theirdifferent abillties to act as corrosion inhibitors axe discussed from the viewpoint of thecyclic voltanunogram and the structu-ral information obtained from SERS. An adsorptionprocess for the molecules on the copper surface is also discussed.展开更多
文摘It was found that the electrochemistry of ctyochrome C was reversible at gold electrode surface modified with glucides and alcohols, and the electrochemical reaction of cytochrome C was related with the coverage of promoters adsorbed on the electrode surface. 7’h(> i r1 fl11(}T]cc of l:I1(’ I1l1 n ll)()r (f)f. I1y(I l’()xyl gr()1lp t.() 1\h(’ pr`)lTl(f)1,i()rl efr()ct of glucides and alcohols was also studied.
文摘This paper presents the experimental investigation of SERS spectra of thecorrosion-inhibiting properties of 2-aminobenzimidazole and 6-nitrobenzimidazole on thecopper electrode. The result suggests that the two molecules, except the loss of portons,are nondissociatively chendsorbed on copper and that adsorption occurs solely throughinteraction of the introgen atom with the copper substrate in the bodazole moiety. Theirdifferent abillties to act as corrosion inhibitors axe discussed from the viewpoint of thecyclic voltanunogram and the structu-ral information obtained from SERS. An adsorptionprocess for the molecules on the copper surface is also discussed.
