Table Of Content

J. Electroanal. Chem., 353 (1993) 367-373 Elsevier Sequoia S.A., Lausanne Subject index Ac impedance Anodic hafnium oxide films Influence of the forming electrolyte on the Influence of the forming electrolyte on the electrical properties of anodic hafnium oxide electrical properties of anodic hafnium oxide films: an ac impedance investigation films: an ac impedance investigation (Esplandiu et al.) 161 (Esplandiu et al.) 161 Adlattices Anodic oxidation On the anodic oxidation of the Pd(111)c(4 x On the anodic oxidation of the Pd(111)c(4 x 2)-CO adlattice in alkaline solution (Berry 2)-CO adlattice in alkaline solution (Berry et al.) 281 et al.) 281 Adsorption Anodic voltammetry Adsorption of inorganic ions on bismuth Anodic voltammetry of phenol and ben- from constant ionic strength solutions in 2- zenethiol derivatives. Part 1. Influence of pH butanol (Vaartnou) 247 on electro-oxidation potentials of substituted Alcohol biosensor phenols and evaluation of pK, from anodic Improved alcohol biosensor based on ruthe- voltammetry data (Stradins, Hasanli) 57 nium-dispersed carbon paste enzyme electrodes (Wang et al.) 113 Benzhydrylidenefluorene Aliphatic alcohols Anodic oxidation of benzhydrylidenefluo- Adsorption of inorganic ions on bismuth rene: synthesis of a new poly(9,9-disubsti- from constant ionic strength solutions in 2- tuted fluorene) possessing reversible p and n butanol (Vaartnou) 247 dopings (Rault-Berthelot, Granger) 341 Alizarin complexone Binding energy Coordination of Fe** by “alizarin complex- Underpotential deposition of copper on one” adsorbed on graphite electrodes to Pd(100): an electron spectroscopy study produce electrocatalysts for the reduction of (Lenz, Solomun) 131 O, and H,O, (Zhang, Anson) 265 Bioelectrodes Ally! alcohol Improved alcohol biosensor based on ruthe- DEMS and in-situ FTIR investigations of C, nium-dispersed carbon paste enzyme elec- primary alcohols on platinum electrodes in trodes (Wang et al.) 113 acid solutions. Part II. Allyl alcohol (Pastor Bismuth et al.) 81 Adsorption of inorganic ions on bismuth Aniline from constant ionic strength solutions in 2- The effect of monomer and acid concentra- butanol (Vaartndu) 247 tions on electrochemical polyaniline forma- Buckminsterfullerene tion in acetonitrile (Pekmez et al.) 237 Electrochemical in situ conductivity mea- Anodic adsorbate stripping surements of C,, thin films (Nishizawa et On the quantitative determination of carbon al.) 329 dioxide in air. A new sensor technique using anodic adsorbate stripping (Kiiver et al.) C, primary alcohols 255 DEMS and in-situ FTIR investigations of C , 368 primary alcohols on platinum electrodes in solutions. Conductance of potassium nitrate acid solutions. Part II. Allyl alcohol (Pastor and sodium bromide in water +sulpholane et al.) 81 mixtures at 25°C (D’Aprano et al.) 121 Carbon monoxide Conducting organic salt enzyme electrodes Decreases in the inhibition of the electrocat- Cyclic voltammetry and charge accumulation alyzed oxidation of formic acid by carbon at conducting organic salt enzyme electrodes monoxide (Schell et al.) 303 (Wilde et al.) 19 Catalysis Corrosion The preparation of electrodes modified with Cyclic voltammetry and charge accumulation isopolymolybdic acid + polyaniline film and at conducting organic salt enzyme electrodes its catalytic effects on chlorate ions (Wang et (Wilde et al.) 19 al.) 43 Characterization of passive layers formed on Cathodic decomposition lead by electrochemical impedance spec- Cyclic voltammetry and charge accumulation troscopy (Varela et al.) 147 at conducting organic salt enzyme electrodes CO, sensor (Wilde et al.) 19 On the quantitative determination of carbon Charge accumulation dioxide in air. A new sensor technique using Cyclic voltammetry and charge accumulation anodic adsorbate stripping (Kiiver et al.) at conducting organic salt enzyme electrodes 255 (Wilde et al.) 19 Crystal microbalance Chemisorption Electrochemical in situ conductivity meas- On the anodic oxidation of the Pd(111)c(4 x urements of C,o thin films (Nishizawa et al.) 2)-CO adlattice in alkaline solution (Berry 329 et al.) 251 Cyclic voltammetry Chloro(tetraphenylporphinato)manganese(III1) Potential-dependent surface segregation in Influence of solvent dynamics on the hetero- lead+ruthenium pyrochlore Pb,Ru,O, geneous kinetics of a reaction with a large (Gokagac, Kennedy) 71 inner-shell barrier: chloro(tetraphenylpor- 1,2-Cyclohexanedione phinato)manganese(III) reduction (Mu, Investigation of the reduction of 1,2- Schultz) 349 cyclohexanedione and methylglyoxal on mer- Codeposition cury electrodes under pure kinetic condi- Possible excess tritium production on Pd tions by linear-sweep voltammetry (Ruiz codeposited with deuterium (Hodko, Bock- Montoya et al.) 217 ris) 33 Colorimetry Electrochemical behaviour of syringaldazine, Deuterium a colorimetric redox reagent (Hapiot et al.) Possible excess tritium production on Pd 95 codeposited with aeuterium (Hodko, Bock- Composite-plated electrodes ris) 33 Electro-organic reactions on organic elec- Differential capacity trodes. Part 18. Electrolysis using compo- Metal-—solvent interactions at the elec- site-plated electrodes. Part VII. Preparation trode—solution interface. An experimental of ultrahydrophobic electrodes and their approach (Borkowska, Jarzabek) 1 electrochemical properties (Kunugi et al.) Adsorption of inorganic ions on bismuth 209 from constant ionic strength solutions in 2- Concentration effects butanol (Vaartnéu) 247 The effect of monomer and acid concentra- Dissociation constants tions on electrochemical polyaniline forma- Anodic voltammetry of phenol and ben- tion in acetonitrile (Pekmez et al.) 237 zenethiol derivatives. Part 1. Influence of pH Conductance on electro-oxidation potentials of substituted Effect of solvent structure on the transport phenols and evaluation of pK, from anodic and thermodynamic properties of electrolyte voltammetry data (Stradins, Hasanli) 57 369 Electrocatalysts its catalytic effects on chlorate ions (Wang et Co. ordination of F~e 34 by “‘ alizarin complex- al.) 43 one” adsorbed on graphite electrodes to The effect of monomer and acid concentra- produce electrocatalysts for the reduction of tions on electrochemical polyaniline forma- O, and H,O, (Zhang, Anson) 265 tion in acetonitrile (Pekmez et al.) 237 Electrochemical impedance spectroscopy Electroreduction Characterization of passive layers formed on DEMS and in-situ FTIR investigations of C , lead by electrochemical impedance spec- primary alcohols on platinum electrodes in troscopy (Varela et al.) 147 acid solutions. Part II. Ally! alcohol (Pastor Electrochemical quartz et al.) 81 Electrochemical in situ conductivity mea- Electroreduction of molecular oxygen in one surements of C,, thin films (Nishizawa et 4-electron step on mercury (Heyrovsky, al.) 329 Vavricka) 335 Electrochemical reduction Electrosynthesis Investigation of the reduction of 1,2- Electrosynthesis of polyamino-benzoquinone cyclohexanedione and methylglyoxal on mer- (PAQ) polymers (Phani et al.) 315 cury electrodes under pure kinetic condi- Energy dispersion analysis tions by linear-sweep voltammetry (Ruiz Potential-dependent surface segregation in Montoya et al.) 217 lead+ruthenium pyrochlore Pb,Ru,O0, Electrodeposition (G6kagac, Kennedy) 71 Comparative evaluation of electrodeposition Environmental testing of polypyrrole on lead-dioxide-coated glassy On the quantitative determination of carbon carbon and of lead dioxide on polypyrrole- dioxide in air. A new sensor technique using coated glassy carbon electrodes (Velayutham, anodic adsorbate stripping (Kiiver et al.) Noel) 101 255 Electrolyte effects Excess tritium Influence of the forming electrolyte on the Possible excess tritium production on Pd electrical properties of anodic hafnium oxide codeposited with deuterium (Hodko, Bock- films: an ac impedance investigation ris) 33 (Esplandiu et al.) 161 Electron-transfer behaviour Fe 3+ Electrochemical behaviour of syringaldazine, Coordination of Fe** by “alizarin complex- a colorimetric redox reagent (Hapiot et al.) one” adsorbed on graphite electrodes to WS produce electrocatalysts for the reduction of Electro-oxidation O, and H,O, (Zhang, Anson) 265 DEMS and in-situ FTIR investigations of C, Film structure primary alcohols on platinum electrodes in Influence of the forming electrolyte on the acid solutions. Part II. Ally! alcohol (Pastor electrical properties of anodic hafnium oxide et al.) 81 films: an ac impedance investigation The effect of monomer and acid concentra- (Esplandiu et al.) 161 tions on electrochemical polyaniline forma- Flow injection assays tion in acetonitrile (Pekmez et al.) 237 Improved alcohol biosensor based on ruthe- Electro-oxidation potentials nium-dispersed carbon paste enzyme elec- Anodic voliammetry of phenol and ben- trodes (Wang et al.) 113 zenethiol derivatives. Part 1. Influence of pH Formic acid on electro-oxidation potentials of substituted Decreases in the inhibition of the electrocat- phenols and evaluation of pX, from anodic alyzed oxidation of formic acid by carbon voltammetry data (Stradins, Hasanli) 57 monoxide (Schell et al.) 303 Electropolymerization Fourier transform IR spectroscopy The preparation of electrodes modified with DEMS and in-situ FTIR investigations of C , isopolymolybdic acid + polyaniline film and primary alcohols on platinum electrodes in 370 acid solutions. Part II. Allyl alcohol (Pastor from constant ionic strength solutions in 2- et al.) 81 butanol (Vaartndu) 247 Free energy Inorganic polynuclear materials Effect of solvent structure on the transport The preparation of electrodes modified with and thermodynamic properties of electrolyte isopolymolybdic acid+ polyaniline film and solutions. Conductance of potassium nitrate its catalytic effects on chlorate ions (Wang et and sodium bromide in water +sulpholane al.) 43 mixtures at 25°C (D’Aprano et al.) 121 lon pairs Fuel cells Effect of solvent structure on the transport Kinetics of the oxygen electrode reaction in and thermodynamic properties of electrolyte molten Li+Na carbonate eutectic. Part 5. solutions. Conductance of potassium nitrate Linear voltammetric and chronoamperomet- and sodium bromide in water +sulpholane ric data for the reduction processes at NiO mixtures at 25°C (D’Aprano et al.) 121 monocrystalline electrodes (Tomczyk et al.) Isopolymolybdic acid + polyaniline 177 The preparation of electrodes modified with isopolymolybdic acid + polyaniline film and its catalytic effects on chlorate ions (Wang et Glassy carbon al.) 43 Comparative evaluation of electrodeposition of polypyrrole on lead-dioxide-coated glassy carbon and of lead dioxide on polypyrrole- Kinetics coated glassy carbon electrodes (Velayutham, Influence of solvent dynamics on the hetero- Noel) 101 geneous kinetics of a reaction with a large Glassy Carbon electrodes inner-shell barrier: chloro(tetraphenylpor- Comparative evaluation of electrodeposition phinato)manganese(III) reduction (Mu, of polypyrrole on lead-dioxide-coated glassy Schultz) 349 carbon and of lead dioxide on polypyrrole- coated glassy carbon electrodes (Velayutham, Noel) 101 Lead Glucose sensor Comparative evaluation of electrodeposition A new glucose sensor made of a Nafion-gel- of polypyrrole on lead-dioxide-coated glassy layer covered carbon paste (Andrieux et al.) carbon and of lead dioxide on polypyrrole- 289 coated glassy carbon electrodes (Velayutham, Graphite electrodes Noel) 101 Coordination of Fe** by “alizarin complex- Characterization of passive layers formed on one” adsorbed on graphite electrodes to lead by electrochemical impedance spec- produce electrocatalysts for the reduction of troscopy (Varela et al.) 147 O, and H,O, (Zhang, Anson) 265 Lead dioxide Graphite-supported copper oxide electrodes Comparative evaluation of electrodeposition On-line mass spectroscopic observation of of polypyrrole on lead-dioxide-coated glassy the reduction and oxidation of NO, on carbon and of lead dioxide on polypyrrole- graphite-supported copper oxide electrodes coated glassy carbon electrodes (Velayutham, in aqueous media (Sunohara et al.) 297 Noel) 101 Li+ Na carbonate eutectic H,0, Kinetics of the oxygen electrode reaction in molten Li+Na carbonate eutectic. Part 5. Coordination of Fe** by “alizarin complexone” adsorbed on graphite electrodes to Linear voltammetric and chronoamperomet- ric data for the reduction processes at NiO produce electrocatalysts for the reduction of O, and H,O, (Zhang, Anson) 265 monocrystalline electrodes (Tomczyk et al.) 177 Kinetics of the oxygen electrode reaction in Inorganic ions molten Li+Na carbonate eutectic. Part 6. Adsorption of inorganic ions on bismuth Quantitative analysis of the linear scan 371 voltammetric curves for the first reduction Kinetics of the oxygen electrode reaction in process at monocrystalline NiO electrodes molten Li+Na carbonate eutectic. Part 6. (Bieniasz, Tomezyk) 195 Quantitative analysis of the linear scan Linear potential scan voltammetry voltammetric curves for the first reduction Kinetics of the oxygen electrode reaction in process at monocrystalline NiO electrodes molten Li+Na carbonate eutectic. Part 5. (Bieniasz, Tomezyk) 195 Linear voltammetric and chronoamperomet- Nitrogen compounds ric data for the reduction processes at NiO On-line mass spectroscopic observation of monocrystalline electrodes (Tomczyk et al.) the reduction and oxidation of NOS on 177 graphite-supported copper oxide electrodes Linear scan voltammetry in aqueous media (Sunohara et al.) 297 Kinetics of the oxygen electrode reaction in Noble metal electrodes molten Li+Na carbonate eutectic. Part 6. On-line mass spectroscopic observation of Quantitative analysis of the linear scan the reduction and oxidation of NOS on voltammetric curves for the first reduction graphite-supported copper oxide electrodes process at monocrystalline NiO electrodes in aqueous media (Sunohara et al.) 297 (Bieniasz, Tomczyk) 195 Linear-sweep voltammetry O, Investigation of the reduction of 1,2- Coordination of Fe** by “alizarin complex- cyclohexanedione and methylglyoxal on mer- one” adsorbed on graphite electrodes to cury electrodes under pure kinetic condi- produce electrocatalysts for the reduction of tions by linear-sweep voltammetry (Ruiz O, and H,O, (Zhang, Anson) 265 Montoya et al.) 217 On-line mass spectrometry DEMS and in-situ FTIR investigations of C , primary alcohols on platinum electrodes in Mercury electrodes acid solutions. Part II. Allyl alcohol (Pastor In situ infrared reflection absorption spectra et al.) 81 of heptyl viologen adsorbed on a mercury Organic acids electrode surface (Kitamura et al.) 323 Anodic voltammetry of phenol and ben- Methylglyoxal zenethiol derivatives. Part 1. Influence of pH Investigation of the reduction of 1,2- on electro-oxidation potentials of substituted cyclohexanedione and methylglyoxal on mer- phenols and evaluation of pK, from anodic cury electrodes under pure kinetic condi- voltammetry data (Stradins, Hasanli) 57 tions by linear-sweep voltammetry (Ruiz Organic electrodes Montoya et al.) 217 Electro-organic reactions on organic elec- Modified electrodes trodes. Part 18. Electrolysis using compos- The preparation of electrodes modified with ite-plated electrodes. Part VII. Preparation isopolymolybdic acid+ polyaniline ‘lm and of ultrahydrophobic electrodes and _ their its catalytic effects on chlorate ions (Wang et electrochemical properties (Kunugi et al.) al.) 43 209 Organic polymer Anodic oxidation of benzhydrylidenefluo- Nafion-gel-layer rene: synthesis of a new poly(9,9-disubsti- A new glucose sensor made of a Nafion-gel- tuted fluorene) possessing reversible p and n layer covered carbon paste (Andrieux et al.) dopings (Rault-Berthelot, Granger) 341 289 Organic solvents NiO Metal-solvent interactions at the elec- Kinetics of the oxygen electrode reaction in trode-solution interface. An experimental molten Li+Na carbonate eutectic. Part 5. approach (Borkowska, Jarzabek) 1 Linear voltammetric and chronoamperomet- Oxidation ric data for the reduction processes at NiO Decreases in the inhibition of the electrocat- monocrystalline electrodes (Tomczyk et al.) alyzed oxidation of formic acid by carbon 177 monoxide (Schell et al.) 303 Oxidation mechanism and thermodynamic properties of electrolyte Electrochemical behaviour of syringaldazine, solutions. Conductance of potassium nitrate a colorimetric redox reagent (Hapiot et al.) and sodium bromide in wa+t suelphrola ne 225 mixtures at 25°C (D’Aprano et al.) 121 Oxygen electrode reaction Potential-step chronoamperometry Kinetics of the oxygen electrode reaction in Kinetics of the oxygen electrode reaction in molten Li+Na carbonate eutectic. Part 6. molten Li+Na carbonate eutectic. Part 5. Quantitative analysis of the linear scan Linear voltammetric and chronoamperomet- voltammetric curves for the first reduction ric data for the reduction processes at NiO process at monocrystalline NiO electrodes monocrystalline electrodes (Tomczyk et al.) 177 (Bieniasz, Tomezyk) 195 Oxygen reduction Potentiodynamic oxidation Kinetics of the oxygen electrode reaction in Influence of the forming electrolyte on the molten Li+Na carbonate eutectic. Part 5 electrical properties of anodic hafnium oxide Linear voltammetric and chronoamperomet- films: an ac impedance investigation ric data for the reduction processes at NiO (Esplandiu et al.) 161 monocrystalline electrodes (Tomezyk et al.) Product selectivity 177 Electro-organic reactions on organic electrodes. Part 18. Electrolysis using composite-plated electrodes. Part VII. Preparation Palladium of ultrahydrophobic electrodes and _ their Possible excess tritium production on Pd electrochemical properties (Kunugi et al.) codeposited with deuterium (Hodko, Bock- 209 ris) 33 Passive layers Reaction kinetics Characterization of passive layers formed on Kinetics of the oxygen electrode reaction in lead by electrochemical impedance spec- molten Li+Na carbonate eutectic. Part 5. troscopy (Varela et al.) 147 Linear voltammetric and chronoamperomet- Pb,Ru,O, ric data for the reduction processes at NiO Potential-dependent surface segregation in monocrystalline electrodes (Tomezyk et al.) 177 lead+ruthenium pyrochlore Pb,Ru,O, (Gékagac, Kennedy) 71 Reaction mechanisms Pd surface DEMS and in-situ FTIR investigations of C , On the anodic oxidation of the Pd(111)c(4 x primary alcohols on platinum electrodes in 2)-CO adlattice in alkaline solution (Berry acid solutions. Part II. Allyl alcohol (Pastor et al.) 281 etal.) 81 PH effects Reduced CO, Anodic voltammetry of phenol and ben- On the quantitative determination of carbon zenethiol derivatives. Part 1. Influence of pH dioxide in air. A new sensor technique using on electro-oxidation potentials of substituted anodic adsorbate stripping (Kiiver et al.) phenols and evaluation of pK, from anodic 255 voltammetry data (Stradins, Hasanli) 57 Reduction Polyamino-benzoquinone Kinetics of the oxygen electrode reaction in Electrosynthesis of polyamino-benzoquinone molten Li+Na carbonate eutectic. Part 6 (PAQ) polymers (Phani et al.) 315 Quantitative analysis of the linear scan Polypyrrole voltammetric curves for the first reduction Comparative evaluation of electrodeposition process at monocrystalline NiO electrodes of polypyrrole on lead-dioxide-coated glassy (Bieniasz, Tomezyk) 195 carbon and of lead dioxide on polypyrrole- Influence of solvent dynamics on the hetero- coated glassy carbon electrodes (Velayutham, geneous kinetics of a reaction with a large Noel) 101 inner-shell barrier: chloro(tetraphenyl- Potassium nitrate porphinato)manganese(III) reduction (Mu, Effect of solvent structure on the transport Schultz) 349 Ruthenium-dispersed graphite Thermodynamic parameters Improved alcohol biosensor based on ruthe- Electrochemical behaviour of syringaldazine, nium-dispersed carbon paste enzyme elec- a colorimetric redox reagent (Hapiot et al.) trodes (Wang et al.) 113 225 Transfer-function analysis Scanning electron microscopy Characterization of passive layers formed on Potential-dependent surface segregation in lead by electrochemical impedance spec- lead+ruthenium pyrochlore Pb,Ru,O, troscopy (Varela et al.) 147 ‘ (GOkagac, Kennedy) 71 Tritium Sodium bromide Possible excess tritium production on Pd Effect of solvent structure on the transport codeposited with deuterium (Hodko, Bock- and thermodynamic properties of eiectrolyte ris) 33 solutions. Conductance of potassium nitrate and sodium bromide in wat+ suelphrola ne Ultrahydrophobic electrodes mixtures at 25°C (D’Aprano et al.) 121 Electro-organic reactions on organic elec- Solvent dynamics trodes. Part 18. Electrolysis using compos- Influence of solvent dynamics on the hetero ite-plated electrodes. Part VII. Preparation geneous kinetics of a reaction with a large of ultrahydrophobic electrodes and their inner-shell barrier: chloro(tetraphenyl- electrochemical properties (Kunugi et al.) porphinato)manganese(III) reduction (Mu, 209 Schultz) 349 Stranski-Krastanov model Underpotential deposition of copper on Viologens Pd(100): an electron spectroscopy study In situ infrared reflection absorption spectra (Lenz, Solomun) 131 of heptyl viologen adsorbed on a mercury Substituted phenols electrode surface (Kitamura et al.) 323 Anodic voltammetry of phenol and ben- zenethiol derivatives. Part 1. Influence of pH on electro-oxidation potentials of substituted Water-sulpholane mixtures Effect of solvent structure on the transport phenols and evaluation of pK, from anodic and thermodynamic properties of electrolyte voltammetry data (Stradins, Hasanli) 57 solutions. Conductance of potassium nitrate Surface structure and sodium bromide in water +sulpholane Underpotential deposition of copper on mixtures at 25°C (D’Aprano et al.) 121 Pd(100): an electron spectroscopy study (Lenz, Solomun) 131 Syringaldazine X-ray proton electroscopy Electrochemical behaviour of syringaldazine, Potential-dependent surface segregation in a colorimetric redox reagent (Hapi. i et al.) lead+ruthenium pyrochlore Pb,Ru,O, y 295 (GOkagacg, Kennedy) 71 *