Journal of Electroanalytical Chemistry, 374 (1994) 289 Author index Aguirre, M.J. 215 Kadirgan, F. 45 Rodes, A. 263 Aldaz, A. 263 Kastening, 149 Romiszowski, P. 141 Anbananthan, N. 207 Kastening, B. 159 Arai, T. 269 Kim, C. 115 Sakslund, H. 71 Aramata, A. 275 Klein, L.H. 123 Salvador, J. 223 Kolics, A. 101 Sanchez, S. 81 Babi¢, R. 199 Kozlowski, W. 53 Sauer, D.E. 235 Bald, A. 109 Kremeskotter, J. 159 Schiffrin, D.J. 179, 189 Batkowska, A. 141 Sturm, J. 215 Bekaroglu, O. 45 Lai, Y.-K. 255 Stuve, E.M. 235 Bertel, 149 Lee, C. 115 Sunohara, S. 247 Bertoncello, R. 37 Lei, H.-W. 97 Besse, J.-P. 63 Liu, F. 133 Bieniasz, L.K. 1, 23 Taguchi, S. 275 Lowe, C.R. 167 Borup, R.L. 235 Takasu, Y. 247 Tan, N. 45 Cai, W.-D. 141 Marczewska, B. 251 Therias, S. 63 Calvo, E.J. 179, 189 Mas, F. 223 Thouin, L. 81 Cecilia, J. 223 Massaccesi, S. 81 Cha, C.-S. 97 MetikoS-Hukovic¢, M. 199 Ueno, M. 247 Cieszynska, E. 89 Mousty, C. 63 Clavilier, J. 123 Miller, M. 149 Valls, M.J. 263 Climent, M.A. 263 Musiani, M.M. 37 Vazquez, M.V. 179, 189 De Sanchez, S.R. 179, 189 Vedel, J. 81 Nishimura, K. 247 Diaz-Cruz, J.M. 223 Venkatesan, V.K. 207 Vielstich, W. 245 Enyo, M. 247, 275 Ohnishi, R. 247 Omanovié, S. 199 Esteban, M. 223 Wang,J . 71, 133 Warycha, S. 141 Feliu, J.M. 263 Park, J.W. 115 Wasberg, M. 123 Flis, J. 53 Parodi, C.G. 215 Wasmus, S. 245 Forano, C. 63 Pendley, B.D. 173 Werblan, L. 141 Fujihira, M. 269 Pérez, J.M. 263 Winkler, K. 89 Petit, M. 123 Wong, K.-Y. 255 Galceran, J. 223 Pingarron, J.M. 133 Wu, B.-L. 97 Glisenti, A. 37 Puy, J. 223 Granozzi, G. 37 Gregorowicz, J. 109 Yahikozawa, K. 247 Quaiyyum, Md.A. 275 Girek, A. 45 Yon-Hin, B.F.Y. 167 Hahn, M. 159 Rao, K.N. 207 Zagal, J.H. 215 Hammerich, O. 71 Reviejo, A.J. 133 Horanyi, G. 101 Robertson, R.T. 173 Journal of Electroanalytical Chemistry, 374 (1994) 291-295 Subject index Acetonitrile + ethylene carbonate Ascorbic acid Conductivity of dilute and concentrated LiAsF, solutions in ace- FTIR study of surface structure influence on the electrochemical tonitrile + ethylene carbonate and ethylene carbonate + propylene behaviour of the ascorbate anion at platinum electrodes in neu- carbonate mixtures. Some thermodynamic properties of pure tral solutions (Rodes et al.) 263 acetonit+r etihylleen e carbonate mixtures (Werblan et al.) 141 As-Sb alloys Activated carbon electrodes Angle-resolved X-ray photoelectron spectroscopy contribution to The double layer of activated carbon electrodes. Part 1. The elucidation of the mechanism of cathodic deposition of As—Sb contribution of ions in the pores (Miiller et al.) 149 alloys (Bertoncello et al.) 37 The double layer of activated carbon electrodes. Part 2. Charge Atomic force microscopy carriers in the solid material (Kastening et al.) 159 Effect of tip shape on force—distance curves for AFM in aqueous Adsorbate interactions electrolytes (Arai, Fujihira) 269 Electrochemical and vacuum behavior of carbon monoxide and lead coadsorbed on platinum(111) (Borup et al.) 235 B-Backscattering Ag electrode B-Backscattering: a radiochemical tool for the in-situ study of the Time-resolved electrochemical quartz crystal microbalance (Wu electrochemical formation and dissolution of thin layers. Part 2. et al.) 97 Application of external B-sources (Kolics, Horanyi) 101 Amperometric biosensors Bioelectrocatalysis Amperometric biosensors in reversed micelles (Reviejo et al.) Electrocatalytic activity of vitamin B,, adsorbed on graphite 133 electrode for the oxidation of cysteine and glutathione and the Angle-resolved X-ray photoelectron spectroscopy reduction of cystine (Zagal et al.) 215 Angle-resolved X-ray photoelectron spectroscopy contribution to Bis(2,2’-bipyridine )-diammineruthenium(II]) complex elucidation of the mechanism of cathodic deposition of As—Sb Electrochemistry of bis(2,2’-bipyridine)-diammineruthenium(I]) alloys (Bertoncello et al.) 37 complex in aqueous media at edge-plane pyrolytic graphite elec- Anion-exchanging clays trodes (Lai, Wong) 255 Anion-exchanging clay-modified electrodes: synthetic layered Borax buffer double hydroxides intercalated with electroactive organic anions The electrochemical reduction of hydrogen peroxide on polycrys- (Mousty et al.) 63 talline copper in borax buffer (Vazquez et al.) 179 Anodic dissolution The electrochemical reduction of oxygen on polycrystalline cop- B-Backscattering: a radiochemical tool for the in-situ study of the per in borax buffer (Vazquez et al.) 189 electrochemical formation and dissolution of thin layers. Part 2. Application of external B-sources (Kolics, Horanyi) 101 Capacity Anodic films The double layer of activated carbon electrodes. Part 1. The Effect of oxyanions of phosphorus on the anodic behaviour of contribution of ions in the pores (Miller et al.) 149 iron and iron+ phosphorus alloy in borate solution (Kozlowski, The double layer of activated carbon electrodes. Part 2. Charge Flis) 53 carriers in the solid material (Kastening et al.) 159 Anodic layer Cap-pair effect Electrochemical kinetics of anodic layer formation and reduction Influence of thiourea on the electroreduction of Zn(II) at a on antimony and antimonial lead (MetikoS-Hukovié et al.) 199 mercury electrode from water+ethanol mixtures in relation to Anodic oxidation the “cap-pair” effect (Marczewska) 251 Effect of oxyanions of phosphorus on the anodic behaviour of Carbon monoxide iron and iron+ phosphorus alloy in borate solution (Kozlowski, Electrochemical and vacuum behavior of carbon monoxide and Flis) 53 lead coadsorbed on platinum(111) (Borup et al.) 235 Antimonial lead Charge carriers Electrochemical kinetics of anodic layer formation and reduction The double layer of activated carbon electrodes. Part 2. Charge on antimony and antimonial lead (MetikoS-Hukovié et al.) 199 carriers in the solid material (Kastening et al.) 159 Antimony Clay-modified electrodes Electrochemical kinetics of anodic layer formation and reduction Anion-exchanging clay-modified electrodes: synthetic layered on antimony and antimonial lead (MetikoS-Hukovicé et al.) 199 double hydroxides intercalated with electroactive organic anions Aqueous H,SO, (Mousty et al.) 63 Microelectrodes as probes in low electrolyte solutions: the reduc- Coadsorption tion of quinone in aqueous sulfuric acid solution (Robertson, Electrochemical and vacuum behavior of carbon monoxide and Pendley) 173 lead coadsorbed on platinum(111) (Borup et al.) 235 292 Conductivity grid—adaptive time step strategy for problems with discontinuous The double layer of activated carbon electrodes. Part 2. Charge boundary conditions at the electrodes (Bieniasz) 23 carriers in the solid material (Kastening et al.) 159 Copper(II) phthalocyaninate The cyclic voltammetry of a new copper(II) phthalocyaninate Electroactive organic anions substituted with four 15-membered tetraazamacrocycles and its Anion-exchanging clay-modified electrodes: synthetic layered pentanuclear complexes (Tan et al.) 45 double hydroxides intercalated with electroactive organic anions Copper indium diselenide (Mousty et al.) 63 Formation of copper indium diselenide by electrodeposition Electrocatalysis (Thouin et al.) 81 Electrochemical and vacuum behavior of carbon monoxide and Corrosion lead coadsorbed on platinum(111) (Borup et al.) 235 Effect of oxyanions of phosphorus on the anodic behaviour of Electrochemistry of bis(2,2’-bipyridine)-diammineruthenium(I]) iron and iron+ phosphorus alloy in borate solution (Kozlowski, complex in aqueous media at edge-plane pyrolytic graphite elec- Flis) 53 trodes (Lai, Wong) 255 Coulometry Electrochemical codeposition The cyclic voltammetry of a new copper(II) phthalocyaninate A critical evaluation of a glucose biosensor made by codeposition substituted with four 15-membered tetraazamacrocycles and its of palladium and glucose oxidase on glassy carbon (Sakslund et pentanuclear complexes (Tan et al.) 45 al.) 71 Crystal microbalance Electrochemical kinetic equations Time-resolved electrochemical quartz crystal microbalance (Wu Use of dynamically adaptive grid techniques for the solution of et al.) 97 electrochemical kinetic equations. Part 2. An improved finite-dif- Cyclic voltammetry ference adaptive moving grid technique for one-dimensional fast The cyclic voltammetry of a new copper(II) phthalocyaninate homogeneous reaction—diffusion problems with reaction layers at substituted with four 15-membered tetraazamacrocycles and its the electrodes (Bieniasz) 1 pentanuclear complexes (Tan et al.) 45 Use of dynamically adaptive grid techniques for the solution of Cyclic voltammetric investigations of the reduction of Mo(VI) to electrochemical kinetic equations. Part 3. An adaptive moving Mo(IV) in 1 M sulphuric acid (Anbananthan et al.) 207 grid—adaptive time step strategy for problems with discontinuous Cyclodextrin boundary conditions at the electrodes (Bieniasz) 23 Effect of a- and B-cyclodextrin on the electrochemistry of meth- Electrochemical quartz ylheptylviologen and dibenzylviologen (Lee et al.) 115 Time-resolved electrochemical quartz crystal microbalance (Wu Cysteine et al.) 97 Electrocatalytic activity of vitamin B,, adsorbed on graphite Electrochemical reduction electrode for the oxidation of cysteine and glutathione and the The electrochemical reduction of hydrogen peroxide on polycrys- reduction of cystine (Zagal et al.) 215 talline copper in borax buffer (Vazquez et al.) 179 Cystine The electrochemical reduction of oxygen on polycrystalline cop- Electrocatalytic activity of vitamin B,, adsorbed on graphite per in borax buffer (Vazquez et al.) 189 electrode for the oxidation of cysteine and glutathione and the Electrodeposition reduction of cystine (Zagal et al.) 215 Formation of copper indium diselenide by electrodeposition (Thouin et al.) 81 B-Backscattering: a radiochemical tool for the in-situ study of the Dibenzylviologen electrochemical formation and dissolution of thin layers. Part 2. Effect of a- and B-cyclodextrin on the electrochemistry of meth- Application of external B-sources (Kolics, Horanyi) 101 ylheptylviologen and dibenzylviologen (Lee et al.) 115 Electrolyte Discontinous boundary conditions Effect of tip shape on force—distance curves for AFM in aqueous Use of dynamically adaptive grid techniques for the solution of electrolytes (Arai, Fujihira) 269 electrochemical kinetic equations. Part 3. An adaptive moving Electron transfer reactions grid—adaptive time step strategy for problems with discontinuous Electrochemistry of bis(2,2’-bipyridine)-diammineruthenium(ID boundary conditions at the electrodes (Bieniasz) 23 complex in aqueous media at edge-plane pyrolytic graphite elec- Double layer trodes (Lai, Wong) 255 The double layer of activated carbon electrodes. Part 1. The Electropolymerization contribution of ions in the pores (Miiller et al.) 149 An investigation of 3-functionalized pyrrole-modified glucose oxi- The double layer of activated carbon electrodes. Part 2. Charge dase for the covalent electropolymerization of enzyme films carriers in the solid material (Kastening et al.) 159 (Yon-Hin, Lowe) 167 Double-layer effect Electroreduction Double-layer effect in the formation of iron heterogeneous amal- Microelectrodes as probes in low electrolyte solutions: the reduc- gam in aqueous solutions and water—dimethylformamide mix- tion of quinone in aqueous sulfuric acid solution (Robertson, tures (Winkler, Cieszynska) 89 Pendley) 173 Dynamically adaptive grid techniques Influence of thiourea on the electroreduction of Zn(II) at a Use of dynamically adaptive grid techniques for the solution of mercury electrode from water+ethanol mixtures in relation to electrochemical kinetic equations. Part 2. An improved finite-dif- the “cap-pair” effect (Marczewska) 251 ference adaptive moving grid technique for one-dimensional fast Ethylene carbonate + propylene carbonate homogeneous reaction—diffusion problems with reaction layers at Conductivity of dilute and concentrated LiAsF, solutions in ace- the electrodes (Bieniasz) 1 tonitrile + ethylene carbonate and ethylene carbonate + propylene Use of dynamically adaptive grid techniques for the solution of carbonate mixtures. Some thermodynamic properties of pure electrochemical kinetic equations. Part 3. An adaptive moving acetonitrile + ethylene carbonate mixtures (Werblan et al.) 141 External B-sources Ions B-Backscattering: a radiochemical tool for the in-situ study of the The double layer of activated carbon electrodes. Part 1. The electrochemical formation and dissolution of thin layers. Part 2. contribution of ions in the pores (Miiller et al.) 149 Application of external B-sources (Kolics, Horanyi) 101 Iron Effect of oxyanions of phosphorus on the anodic behaviour of iron and iron+ phosphorus alloy in borate solution (Kozlowski, Fe amalgam Flis) 53 Double-layer effect in the formation of iron heterogeneous amal- Iron phosphorus alloy gam in aqueous solutions and water—dimethylformamide mix- tures (Winkler, Cieszynska) 89 Effect of oxyanions of phosphorus on the anodic behaviour of iron and iron+ phosphorus alloy in borate solution (Kozlowski, Finite-difference methods Flis) 53 Use of dynamically adaptive grid techniques for the solution of electrochemical kinetic equations. Part 2. An improved finite-dif- ference adaptive moving grid technique for one-dimensional fast Layered double hydroxides homogeneous reaction—diffusion problems with reaction layers at Anion-exchanging clay-modified electrodes: synthetic layered the electrodes (Bieniasz) 1 double hydroxides intercalated with electroactive organic anions Use of dynamically adaptive grid techniques for the solution of (Mousty et al.) 63 electrochemical kinetic equations. Part 3. An adaptive moving Lead grid—adaptive time step strategy for problems with discontinuous Time-resolved electrochemical quartz crystal microbalance (Wu boundary conditions at the electrodes (Bieniasz) 23 et al.) 97 Force Electrochemical and vacuum behavior of carbon monoxide and Effect of tip shape on force—distance curves for AFM in aqueous lead coadsorbed on platinum(111) (Borup et al.) 235 electrolytes (Arai, Fujihira) 269 Lead-acid battery Electrochemical kinetics of anodic layer formation and reduction on antimony and antimonial lead (MetikoS-Hukovié et al.) 199 Glass sodium electrodes LiAsF, solutions The use of glass sodium electrodes for thermodynamic studies of Conductivity of dilute and concentrated LiAsF, solutions in ace- sodium iodide solutions in methanol+n-propanol, methanol+ tonitrile + ethylene carbonate and ethylene carbonate + propylene iso-propanol and n-propanol+n-butanol mixtures at 298.15 K carbonate mixtures. Some thermodynamic properties of pure (Gregorowicz, Bald) 109 acetonit+r etihylleen e carbonate mixtures (Werblan et al.) 141 Glassy carbon electrode Lithium batteries A critical evaluation of a glucose biosensor made by codeposition Conductivity of dilute and concentrated LiAsF, solutions in ace- of palladium and glucose oxidase on glassy carbon (Sakslund et tonitrile + ethylene carbonate and ethylene carbonate + propylene al.) 71 carbonate mixtures. Some thermodynamic properties of pure Glucose biosensor acetonit+r etihylleen e carbonate mixtures (Werblan et al.) 141 A critical evaluation of a glucose biosensor made by codeposition Low electrolyte solutions of palladium and glucose oxidase on glassy carbon (Sakslund et Microelectrodes as probes in low electrolyte solutions: the reduc- al.) 71 tion of quinone in aqueous sulfuric acid solution (Robertson, Glucose oxidase Pendley) 173 A critical evaluation of a glucose biosensor made by codeposition of palladium and glucose oxidase on glassy carbon (Sakslund et al.) 71 Methylheptylviologen An investigation of 3-functionalized pyrrole-modified glucose oxi- Effect of a- and B-cyclodextrin on the electrochemistry of meth- dase for the covalent electropolymerization of enzyme films ylheptylviologen and dibenzylviologen (Lee et al.) 115 (Yon-Hin, Lowe) 167 Microelectrode probes Glutathione Microelectrodes as probes in low electrolyte solutions: the reduc- Electrocatalytic activity of vitamin B,, adsorbed on graphite tion of quinone in aqueous sulfuric acid solution (Robertson, electrode for the oxidation of cysteine and glutathione and the Pendley) 173 reduction of cystine (Zagal et al.) 215 Molybdenum ions Graphite electrode Cyclic voltammetric investigations of the reduction of Mo(VI) to Electrocatalytic activity of vitamin B,, adsorbed on graphite Mo(IV) in 1 M sulphuric acid (Anbananthan et al.) 207 electrode for the oxidation of cysteine and glutathione and the reduction of cystine (Zagal et al.) 215 Nitrite Comment on the paper “On-line mass spectroscopic observation Homogeneous reaction—diffusion of the reduction and oxidation of NO, on graphite-supported Use of dynamically adaptive grid techniques for the solution of copper oxide electrodes in aqueous media” by S. Sunohara, K. electrochemical kinetic equations. Part 2. An improved finite-dif- Nishimura, R. Ohnishi, M. Enyo, M. Ueno, K. Yahikozawa and ference adaptive moving grid technique for one-dimensional fast Y. Takasu (Wasmus, Vielstich) 245 homogeneous reaction—diffusion problems with reaction layers at Reply to the comment by S. Wasmus and W. Vielstich on the the electrodes (Bieniasz) 1 paper entitled on-line mass spectroscopic observation of the Horseradish peroxidase reduction and oxidation of NO; on graphite-supported copper Amperometric biosensors in reversed micelles (Reviejo et al.) oxide electrodes in aqueous media (Sunohara et al.) 247 133 Normal-pulse polarographic Hydrogen peroxide Voltammetry of labile metal—macromolecular systems for any The electrochemical reduction of hydrogen peroxide on polycrys- ligand-to-metal ratio, including adsorption phenomena. The role talline copper in borax buffer (Vazquez et al.) 179 of the stability constant (Puy et al.) 223 294 Organic solvents Redox reactions Amperometric biosensors in reversed micelles (Reviejo et al.) Cyclic voltammetric investigations of the reduction of Mo(VI) to 133 Mo(TV) in 1 M sulphuric acid (Anbananthan et al.) 207 Oxidation Reduction Electrocatalytic activity of vitamin B,, adsorbed on graphite Electrocatalytic activity of vitamin B,, adsorbed on graphite electrode for the oxidation of cysteine and glutathione and the electrode for the oxidation of cysteine and glutathione and the reduction of cystine (Zagal et al.) 215 reduction of cystine (Zagal et al.) 215 Comment on the paper “On-line mass spectroscopic observation Comment on the paper “On-line mass spectroscopic observation of the reduction and oxidation of NO, on graphite-supported of the reduction and oxidation of NO, on graphite-supported copper oxide electrodes in aqueous media” by S. Sunohara, K. copper oxide electrodes in aqueous media” by S. Sunohara, K. Nishimura, R. Ohnishi, M. Enyo, M. Ueno, K. Yahikozawa and Nishimura, R. Ohnishi, M. Enyo, M. Ueno, K. Yahikozawa and Y. Takasu (Wasmus, Vielstich) 245 Y. Takasu (Wasmus, Vielstich) 245 Reply to the comment by S. Wasmus and W. Vielstich on the Reply to the comment by S. Wasmus and W. Vielstich on the paper entitled on-line mass spectroscopic observation of the paper entitled on-line mass spectroscopic observation of the reduction and oxidation of NO; on graphite-supported copper reduction and oxidation of NO, on graphite-supported copper oxide electrodes in aqueous media (Sunohara et al.) 247 oxide electrodes in aqueous media (Sunohara et al.) 247 FTIR study of surface structure influence on the electrochemical Reversed Micelles behaviour of the ascorbate anion at platinum electrodes in neu- Amperometric biosensors in reversed micelles (Reviejo et al.) tral solutions (Rodes et al.) 263 133 Oxygen Reverse-pulse polarographic The electrochemical reduction of oxygen on polycrystalline cop- Voltammetry of labile metal—-macromolecular systems for any per in borax buffer (Vazquez et al.) 189 ligand-to-metal ratio, including adsorption phenomena. The role of the stability constant (Puy et al.) 223 Palladium Rhodium 111 A critical evaluation of a glucose biosensor made by codeposition Detailed analysis of the voltammetry of Rh(111) in perchloric of palladium and glucose oxidase on glassy carbon (Sakslund et acid solution (Clavilier et al.) 123 al.) 71 Perchloric acid Detailed analysis of the voltammetry of Rh(111) in perchloric Sodium iodide acid solution (Clavilier et al.) 123 The use of glass sodium electrodes for thermodynamic studies of Phosphorus oxyanions sodium iodide solutions in methanol+n-propanol, methanol+ Effect of oxyanions of phosphorus on the anodic behaviour of iso-propanol and n-propanol+n-butanol mixtures at 298.15 K iron and iron+ phosphorus alloy in borate solution (Kozlowski, (Gregorowicz, Bald) 109 Flis) 53 Solar cells Platinum(111) Formation of copper indium diselenide by electrodeposition Electrochemical and vacuum behavior of carbon monoxide and (Thouin et al.) 81 lead coadsorbed on platinum(111) (Borup et al.) 235 Solid material FTIR study of surface structure influence on the electrochemical The double layer of activated carbon electrodes. Part 2. Charge behaviour of the ascorbate anion at platinum electrodes in neu- carriers in the solid material (Kastening et al.) 159 tral solutions (Rodes et al.) 263 Specific conductivity Platinum electrodes Conductivity of dilute and concentrated LiAsF, solutions in ace- UPD Zn?* on low index single crystal platinum electrodes in tonitrile + ethylene carbonate and ethylene carbonate + propylene acidic solutions (Taguchi et al.) 275 carbonate mixtures. Some thermodynamic properties of pure Polycrystalline copper acetonit+r etihylleen e carbonate mixtures (Werblan et al.) 141 The electrochemical reduction of hydrogen peroxide on polycrys- Surfactants talline copper in borax buffer (Vazquez et al.) 179 Amperometric biosensors in reversed micelles (Reviejo et al.) The electrochemical reduction of oxygen on polycrystalline cop- 133 per in borax buffer (Vazquez et al.) 189 Pores The double layer of activated carbon electrodes. Part 1. The Tetraazamacrocycles contribution of ions in the pores (Miller et al.) 149 The cyclic voltammetry of a new copper(II) phthalocyaninate Pyrolytic graphite electrodes substituted with four 15-membered tetraazamacrocycles and its Electrochemistry of bis(2,2'-bipyridine)-diammineruthenium(I] pentanuclear complexes (Tan et al.) 45 complex in aqueous media at edge-plane pyrolytic graphite elec- Thermodynamic properties trodes (Lai, Wong) 255 Conductivity of dilute and concentrated LiAsF, solutions in ace- tonitrile + ethylene carbonate and ethylene carbonate + propylene Quinone carbonate mixtures. Some thermodynamic properties of pure Microelectrodes as probes in low electrolyte solutions: the reduc- acetonitrile + ethylene carbonate mixtures (Werblan et al.) 141 tion of quinone in aqueous sulfuric acid solution (Robertson, Thin layers Pendley) 173 8-Backscattering: a radiochemical tool for the in-situ study of the electrochemical formation and dissolution of thin layers. Part 2. Redox processes Application of external B-sources (Kolics, Horanyi) 101 Electrochemical kinetics of anodic layer formation and reduction Thiourea on antimony and antimonial lead (MetikoS-Hukovié et al.) 199 Influence of thiourea on the electroreduction of Zn(II) at a mercury electrode from water+ethanol mixtures in relation to Vitamin B,> the “cap-pair” effect (Marczewska) 251 Electrocatalytic activity of vitamin B,, adsorbed on graphite Time resolution electrode for the oxidation of cysteine and glutathione and the Time-resolved electrochemical quartz crystal microbalance (Wu reduction of cystine (Zagal et al.) 215 et al.) 97 Zinc UPD Zn?** on low index single crystal platinum electrodes in Underpotential deposition acidic solutions (Taguchi et al.) 275 Time-resolved electrochemical quartz crystal microbalance (Wu Zinc(I]) et al.) 97 Influence of thiourea on the electroreduction of Zn(II) at a UPD Zn7* on low index single crystal platinum electrodes in mercury electrode from water+ethanol mixtures in relation to acidic solutions (Taguchi et al.) 275 the “cap-pair” effect (Marczewska) 251