Journal of Electroanalytical Chemistry 1994: Vol 371 Index

8 Pages·1994·2.1 MB·English

Journal of Electroanalytical Chemistry, 371 (1994) 297
Author index
Abegaz, M. 1 Kokado, H. 127 Rostonek, G. 223
Andrieux, C.P. 191 Kokkinidis, G. 231 Rubim, J.C. 37
Arciero, D.M. 277 Kolb, D.M. 101 Rueda, M. 179
Arévalo, M.C. 167 Koper, M.T.M. 149 Ruiz Montoya, M. 215
Argoul, F. 93 Kruijt, W.S. 13
Arvia, A.J. 167 Kuhn, A. 93 Sanchez-Batanero, P. 161
Atchison, S.N. 137 Kupis, D. 197 Sasaki, T. 241
Kuznetsov, B.A. 85 Savéant, J.-M. 191
Babenko, $.D. 27 Sharon, M. 205
Bekele, A. 1 Laviron, E. 251 Shen, D. 117
Bulhoes, L.O.S. 267 Le Gorande, A. 191 Shimizu, M. 205
Burford, R.P. 137 Lorenzo, L. 161 Shumakovich, G.P. 85
Byzova, N.A. 85 Singh, K.C. 73
Macagno, V.A. 59 Singh, M. 73
Collins, M.J. 277 Mathieu, E. 251 Sluyters, J.H. 13, 149, 179
Matsue, T. 273 Sluyters-Rehbach, M. 13, 179
Darlewski, W. 223 Matsumoto, Y. 241 Solomon, T. 1
Dubbe, A. 43 Matvienko, B. 267 Strakhova, A.K. 259
Meunier-Prest, R. 251
Encinas, P. 161 Milchev, A. 13
Tabusa, K. 283
Minoura, H. 205
Taraszewska, J. 223
Galus, Z. 197 Miwa, Y. 273
Tascon, M.L. 161
Gongalves, D. 267
Gonzalez, S. 167 Nagaoka, T. 283
Uchida, I. 273
Gopel, W. 43 Nagata, M. 241
Uosaki, K. 111
Gouveia, V.J.P. 37 Nakabayashi, S. 111
Ushizaki, J.-i. 111
Graichen, K. 1 Nakao, N. 283
Gutz, 1.G. 37 Nakato, Y. 53
Vazquez, M.D. 161
Navarro, I. 179
Veluchamy, P. 205
Hibbert, D.B. 137 Nie, L. 117
Holzle, M.H. 101 Nishizawa, M. 273
Wasmus, S. 167
Hombo, J. 241
Wiemhofer, H.D. 43
Hooper, A.B. 277 Ochmanska, J. 197
Hoshino, K. 127 Ogura, K. 283
Xia, S.-J. 79
Huang, M. 117 Ota, K.-i. 287
Hundhammer, B. 1
Papoutsis, A. 231 Yamazaki, O. 287
Ikezumi, K. 53 Pastor, E. 167 Yano, J. 283
Iwasita, T. 167 Patrito, E.M. 59 Yao, S. 117
Ponomarev, E.A. 27 Yatsimirsky, A.K. 259
Kalra, K.C. 73 Prieto, F. 179 Yoshitake, H. 287
Karyakin, A.A. 259
Kobayashi, H. 53 Retter, U. 101 Zerihun, T. 1
Kogetsu, Y. 53 Rodriguez Mellado, J.M. 215 Zhou, W.-F. 79

Journal of Electroanalytical Chemistry, 371 (1994) 299-303
Subject index
Acetone + methanol mixtures plexes incorporated into carbon paste electrodes: application in
Improvement of n-Si photoelectrochemical cells by the use of HO, electrocatalysis (Taraszewska et al.) 223
acetone + methanol mixtures as electrolyte solvents (Kobayashi et Chemical sensors
al.) 53 Ultrathin polypyrrole formed at a twin-microband electrode in
a-dicarbonyl compounds the presence of dodecylsulfate (Nishizawa et al.) 273
Reduction mechanisms of some a-dicarbonyl compounds in basic >C=O0 group
solutions (Ruiz Montoya, Rodriguez Mellado) 215 The reduction mechanism of the >C=O group. Part 1. The
Aluminum substrates electrochemical reduction of methyl isonicotinate in an aqueous
Mechanism of electrochemical pigment film formation on alu- medium (Laviron et al.) 251
minum substrates using aqueous surfactant media (Hoshino, CO, fixation
Kokado) 127 Photoelectrochemical kinetics of a photosynthetic cell (Nakaba-
Anodic film yashi et al.) 111
Studies of the anodic film on le+a bisdmut h alloy in sulfuric acid Computer simulation
solution (Xia, Zhou) 79 Distribution of the nucleation rate in the vicinity of a growing
Anodic films spherical cluster. Part 2. Theory of some special cases and experi-
Electrical breakdown of anodic films on titanium in aqueous mental results (Kruijt et al.) 13
electrolytes (Kalra et al.) 73 Co oxide
Anodic zirconium oxide films Effect of La** ion on the electrodeposition of manganese and
Influence of the forming electrolyte on the optical properties of cobalt oxides (Sasaki et al.) 241
anodic zirconium oxide films. Part 1. Ellipsometric investigation Covalent attachment
(Patrito, Macagno) 59 The effect of the orientation of cytochrome c molecules cova-
Aqueous electrolytes lently attached to the electrode surface upon their electrochemi-
Electrical breakdown of anodic films on titanium in aqueous cal activity (Kuznetsov et al.) 85
electrolytes (Kalra et al.) 73 C,-primary alcohols
Aqueous surfactant media Spectroscopic investigations of C,-primary alcohols on platinum
Mechanism of electrochemical pigment film formation on alu- electrodes in acid solutions. Part III. Propargyl alcohol (Pastor et
minum substrates using aqueous surfactant media (Hoshino, al.) 167
Kokado) 127 Cu adlayers
Au(111) The kinetics of structural changes in Cu adlayers on Au(111)
The kinetics of structural changes in Cu adlayers on Au(111) (HGlzle et al.) 101
(HGlzle et al.) 101
Dendrite
Berlin green Revisited experimental analysis of morphological changes in
Redox behaviour and charge transport in solid Berlin green. thin-layer electrodeposition (Kuhn, Argoul) 93
Microscopic and macroscopic charge diffusion (Ochmanska et al.) 1,2-dibromo-3-(4-substituted)-phenylpropanes
197 Reductive elimination in vicinal dibromides. Electrochemical re-
Breakdown voltage duction of 1,2-dibromo-3-(4-substituted)-phenylpropanes and in-
Electrical breakdown of anodic films on titanium in aqueous duction of double-bond migration in the resulting olefins
electrolytes (Kalra et al.) 73 (Andrieux et al.) 191
Dodecylsulfate
Carbon paste electrodes Ultrathin polypyrrole formed at a twin-microband electrode in
Electrochemical behavior of nickel tetraazamacrocyclic com- the presence of dodecylsulfate (Nishizawa et al.) 273
plexes incorporated into carbon paste electrodes: application in Double-bond migration
H,O, electrocatalysis (Taraszewska et al.) 223 Reductive elimination in vicinal dibromides. Electrochemical re-
Charge diffusion duction of 1,2-dibromo-3-(4-substituted)-phenylpropanes and in-
Redox behaviour and charge transport in solid Berlin green. duction of double-bond migration in the resulting olefins
Microscopic and macroscopic charge diffusion (Ochmanska et al.) (Andrieux et al.) 191
197 Dropping mercury electrode
Chemical effects Impedance analysis of the reduction of pyrimidine at the drop-
Chemical effects on the morphology of supported electrode- ping mercury electrode. Part 2. Parallel mechanisms (Rueda et
posited metals (Atchison et al.) 137 al.) 179
Chemical modification Dynamic elution
Electrochemical behavior of nickel tetraazamacrocyclic com- Dynamic elution control in electrochemical ion chromatography
300
using pulse perturbation of stationary phase potential (Nagaoka solution by a potentiodynamic method: its characterization and
et al.) 283 photoelectrochemical properties (Veluchamy et al.) 205
Ellipsometry
Electrocatalytic reduction Influence of the forming electrolyte on the optical properties of
Electrocatalytic reduction of nitro compounds on gold UPD anodic zirconium oxide films. Part 1. Ellipsometric investigation
modified electrodes. Part 2. Reduction of 2-nitro- and 4-nitro- (Patrito, Macagno) 59
imidazole and 4-nitropyridine-N-oxide on Au and Au/M(UPD)
(M = Pb, TI) (Papoutsis, Kokkinidis) 231
Fe(II)
Electrocatalytic surface reactions
A new spectroelectrochemical cell for flow injection analysis and
Instabilities and oscillations in simple models of electrocatalytic
its application to the determination of Fe(II) down to the femto-
surface reactions (Koper, Sluyters) 149
mol level by surface-enhanced resonance Raman scattering
Electrochemical phase formation
(SERRS) (Gouveia et al.) 37
Distribution of the nucleation rate in the vicinity of a growing
Fe(II) compounds
spherical cluster. Part 2. Theory of some special cases and experi-
Electrochemical study of iron(II) and iron(II) compound mix-
mental results (Kruijt et al.) 13
tures in the solid state. Application to magnetite characterization
Electrochemical reduction -
(Encinas et al.) 161
Impedance analysis of the reduction of pyrimidine at the drop-
Fe(III) compounds
ping mercury electrode. Part 2. Parallel mechanisms (Rueda et
Electrochemical study of iron(II) and iron(III) compound mix-
al.) 179
tures in the solid state. Application to magnetite characterization
Electrochemical transformations
(Encinas et al.) 161
Electrochemical study of iron(II) and iron(II]) compound mix-
Femtoanalysis
tures in the solid state. Application to magnetite characterization
A new spectroelectrochemical cell for flow injection analysis and
(Encinas et al.) 161
its application to the determination of Fe(II) down to the femto-
Electrochromism
mol level by surface-enhanced resonance Raman scattering
Electrochromism of poly(o-methoxyaniline) films electrochemi-
(SERRS) (Gouveia et al.) 37
cally obtained in aqueous medium (Gongalves et al.) 267
Flow injection
Electrodeposition
Investigation of ion transfer across the membrane-stabilized in-
Revisited experimental analysis of morphological changes in
terface of two immiscible electrolyte solutions. Part III. Facili-
thin-layer electrodeposition (Kuhn, Argoul) 93
tated ion transfer (Hundhammer et al.) 1
Mechanism of electrochemical pigment film formation on alu-
Flow injection analysis
minum substrates using aqueous surfactant media (Hoshino,
A new spectroelectrochemical cell for flow injection analysis and
Kokado) 127
its application to the determination of Fe(II) down to the femto-
Effect of La** ion on the electrodeposition of manganese and
mol level by surface-enhanced resonance Raman scattering
cobalt oxides (Sasaki et al.) 241
(SERRS) (Gouveia et al.) 37
Electrolyte interface
Forming electrolyte
Theoretical analysis of the laser-induced phototransient response
Influence of the forming electrolyte on the optical properties of
of semiconductor |electrolyte circuits with “current-doubling”’ re-
anodic zirconium oxide films. Part 1. Ellipsometric investigation
actions (Ponomarev, Babenko) 27
(Patrito, Macagno) 59
Electrolyte solvent
Frequency Response
Improvement of n-Si photoelectrochemical cells by the use of
Frequency response study of the kinetic behaviour of nernstian
acetone + methanol mixtures as electrolyte solvents (Kobayashi et
solid-electrolyte gas sensors by pressure modulation (Dubbe et
al.) 53
al.) 43
Electronic current
Frequency shift
Electrical breakdown of anodic films on titanium in aqueous
Equivalent circuits of piezoelectric quartz crystals in a liquid and
electrolytes (Kalra et al.) 73
liquid properties. Part 2. A unified equivalent circuit model for
Electron transfer
piezoelectric sensors (Shen et al.) 117
The effect of the orientation of cytochrome c molecules cova-
lently attached to the electrode surface upon their electrochemi-
cal activity (Kuznetsov et al.) 85 Gas sensors
Electro-oxidation Frequency response study of the kinetic behaviour of nernstian
Spectroscopic investigations of C,-primary alcohols on platinum solid-electrolyte gas sensors by pressure modulation (Dubbe et
electrodes in acid solutions. Part II]. Propargyl alcohol (Pastor et al.) 43
al.) 167 Glassy carbon electrode
Electropolymerization The effect of the orientation of cytochrome c molecules cova-
Self-doped polyanilines electrochemically active in neutral and lently attached to the electrode surface upon their electrochemi- reae n
basic aqueous solutions. Electropolymerization of substituted ani- cal activity (Kuznetsov et al.) 85
lines (Karyakin et al.) 259 Gold
Electrochromism of poly(o-methoxyaniline) films electrochemi- Electrocatalytic reduction of nitro compounds on gold UPD
cally obtained in aqueous medium (Gongalves et al.) 267 modified electrodes. Part 2. Reduction of 2-nitro- and 4-nitro-
Electroreduction imidazole and 4-nitropyridine-N-oxide on Au and Au/M(UPD)
Spectroscopic investigations of C3-primary alcohols on platinum (M = Pb, Tl) (Papoutsis, Kokkinidis) 231
electrodes in acid solutions. Part II]. Propargyl alcohol (Pastor et Growing spherical cluster
al.) 167 Distribution of the nucleation rate in the vicinity of a growing
Electrosynthesis spherical cluster. Part 2. Theory of some special cases and experi-
Electrosynthesis of lead oxide film on a lead electrode in alkaline mental results (Kruijt et al.) 13
301
Growth terface of two immiscible electrolyte solutions. Part III. Facili-
Revisited experimental analysis of morphological changes in tated ion transfer (Hundhammer et al.) 1
thin-layer electrodeposition (Kuhn, Argoul) 93 Methyl isonicotinate
The reduction mechanism of the >C=O group. Part 1. The
H ,O, electrocatalysis electrochemical reduction of methyl isonicotinate in an aqueous
Electrochemical behavior of nickel tetraazamacrocyclic com- medium (Laviron et al.) 251
plexes incorporated into carbon paste electrodes: application in Mn oxide
HO, electrocatalysis (Taraszewska et al.) 223 Effect of La** ion on the electrodeposition of manganese and
cobalt oxides (Sasaki et al.) 241
Impedance analysis Molecular orientation
Impedance analysis of the reduction of pyrimidine at the drop- The effect of the orientation of cytochrome c molecules cova-
ping mercury electrode. Part 2. Parallel mechanisms (Rueda et lently attached to the electrode surface upon their electrochemi-
al.) 179 cal activity (Kuznetsov et al.) 85
Instabilities Morphological transition
Instabilities and oscillations in simple models of electrocatalytic Revisited experimental analysis of morphological changes in
surface reactions (Koper, Sluyters) 149 thin-layer electrodeposition (Kuhn, Argoul) 93
Interface Morphology
Revisited experimental analysis of morphological changes in Chemical effects on the morphology of supported electrode-
thin-layer electrodeposition (Kuhn, Argoul) 93 posited metals (Atchison et al.) 137
Multiheme cytochromes
Kinetics Low volume spectroelectrochemistry: an anaerobic optically
Frequency response study of the kinetic behaviour of nernstian transparent thin layer electrode cell and a potentiostat |UV-Vis
solid-electrolyte gas sensors by pressure modulation (Dubbe et spectrophotometer interface for computer-controlled data collec-
al.) 43 tion (Arciero et al.) 277
La** ion
Effect of La** ion on the electrodeposition of manganese and Nickel tetraazamacrocyclic complexes
cobalt oxides (Sasaki et al.) 241 Electrochemical behavior of nickel tetraazamacrocyclic com-
Laser excitation plexes incorporated into carbon paste electrodes: application in
Theoretical analysis of the laser-induced phototransient response HQ, electrocatalysis (Taraszewska et al.) 223
of semiconductor |electrolyte circuits with ‘“current-doubling” re- Nitro compounds
actions (Ponomarev, Babenko) 27 Electrocatalytic reduction of nitro compounds on gold UPD
Lead acid batteries modified electrodes. Part 2. Reduction of 2-nitro- and 4-nitro-
Studies of the anodic film on lead+ bismuth alloy in sulfuric acid imidazole and 4-nitropyridine-N-oxide on Au and Au/M(UPD)
solution (Xia, Zhou) 79 (M = Pb, Tl) (Papoutsis, Kokkinidis) 231
Lead electrode 2-Nitroimidazole
Electrosynthesis of lead oxide film on a lead electrode in alkaline Electrocatalytic reduction of nitro compounds on gold UPD
solution by a potentiodynamic method: its characterization and modified electrodes. Part 2. Reduction of 2-nitro- and 4-nitro-
photoelectrochemical properties (Veluchamy et al.) 205 imidazole and 4-nitropyridine-N-oxide on Au and Au/M(UPD)
Lead oxide film (M = Pb, Tl) (Papoutsis, Kokkinidis) 231
Electrosynthesis of lead oxide film on a lead electrode in alkaline 4-Nitroimidazole
solution by a potentiodynamic method: its characterization and Electrocatalytic reduction of nitro compounds on gold UPD
photoelectrochemical properties (Veluchamy et al.) 205 modified electrodes. Part 2. Reduction of 2-nitro- and 4-nitro-
Liquid /liquid interface imidazole and 4-nitropyridine-N-oxide on Au and Au/M(UPD)
Investigation of ion transfer across the membrane-stabilized in- (M = Pb, Tl) (Papoutsis, Kokkinidis) 231
terface of two immiscible electrolyte solutions. Part III. Facili- 4-Nitropyridine-N-oxide
tated ion transfer (Hundhammer et al.) 1 Electrocatalytic reduction of nitro compounds on gold UPD
Liquid properties modified electrodes. Part 2. Reduction of 2-nitro- and 4-nitro-
Equivalent circuits of piezoelectric quartz crystals in a liquid and imidazole and 4-nitropyridine-N-oxide on Au and Au/M(UPD)
liquid properties. Part 2. A unified equivalent circuit model for (M = Pb, Tl) (Papoutsis, Kokkinidis) 231
piezoelectric sensors (Shen et al.) 117 Nucleation rate
Distribution of the nucleation rate in the vicinity of a growing
Macrocycles spherical cluster. Part 2. Theory of some special cases and experi-
Electrochemical behavior of nickel tetraazamacrocyclic com- mental results (Kruijt et al.) 13
plexes incorporated into carbon paste electrodes: application in
H,O, electrocatalysis (Taraszewska et al.) 223
Magnetite Olefins
Electrochemical study of iron(II) and iron(II) compound mix- Reductive elimination in vicinal dibromides. Electrochemical re-
tures in the solid state. Application to magnetite characterization duction of 1,2-dibromo-3-(4-substituted)-phenylpropanes and in-
(Encinas et al.) 161 duction of double-bond migration in the resulting olefins
Mathematical models (Andrieux et al.) 191
Instabilities and oscillations in simple models of electrocatalytic Optical properties
surface reactions (Koper, Sluyters) 149 Influence of the forming electrolyte on the optical properties of
Membrane stabilization anodic zirconium oxide films. Part 1. Ellipsometric investigation
Investigation of ion transfer across the membrane-stabilized in- (Patrito, Macagno) 59
302
Oscillations Pyrimidine
Instabilities and oscillations in simple models of electrocatalytic Impedance analysis of the reduction of pyrimidine at the drop-
surface reactions (Koper, Sluyters) 149 ping mercury electrode. Part 2. Parallel mechanisms (Rueda et
al.) 179
Parallel reaction mechanisms
Impedance analysis of the reduction of pyrimidine at the drop- Quality factor
ping mercury electrode. Part 2. Parallel mechanisms (Rueda et Equivalent circuits of piezoelectric quartz crystals in a liquid and
al.) 179 liquid properties. Part 2. A unified equivalent circuit model for
Pb + Bi alloy piezoelectric sensors (Shen et al.) 117
Studies of the anodic film on le+a bisdmut h alloy in sulfuric acid
solution (Xia, Zhou) 79 Reaction kinetics
Phase composition Theoretical analysis of the laser-induced phototransient response
Studies of the anodic film on lead + bismuth alloy in sulfuric acid of semiconductor |electrolyte circuits with “current-doubling” re-
solution (Xia, Zhou) 79 actions (Ponomarev, Babenko) 27
Photoelectrochemical kinetics Reduction mechanisms of some a-dicarbonyl compounds in basic
Photoelectrochemical kinetics of a photosynthetic cell (Nakaba- solutions (Ruiz Montoya, Rodriguez Mellado) 215
yashi et al.) 111 The reduction mechanism of the >C=O group. Part 1. The
Photoelectrochemical properties electrochemical reduction of methyl isonicotinate in an aqueous
Electrosynthesis of lead oxide film on a lead electrode in alkaline medium (Laviron et al.) 251
solution by a potentiodynamic method: its characterization and Redox behaviour
photoelectrochemical properties (Veluchamy et al.) 205 Redox behaviour and charge transport in solid Berlin green.
Photosynthetic cell Microscopic and macroscopic charge diffusion (Ochmanska et al.)
Photoelectrochemical kinetics of a photosynthetic cell (Nakaba- 197
yashi et al.) 111 Reduction mechanism
Piezoelectric sensors The reduction mechanism of the >C=O group. Part 1. The
Equivalent circuits of piezoelectric quartz crystals in a liquid and electrochemical reduction of methyl isonicotinate in an aqueous
liquid properties. Part 2. A unified equivalent circuit model for medium (Laviron et al.) 251 -
piezoelectric sensors (Shen et al.) 117 Reductive bond cleavage
Pigment film Reductive elimination in vicinal dibromides. Electrochemical re-
Mechanism of electrochemical pigment film formation on alu- duction of 1,2-dibromo-3-(4-substituted)-phenylpropanes and in-
minum substrates using aqueous surfactant media (Hoshino, duction of double-bond migration in the resulting olefins
Kokado) 127 (Andrieux et al.) 191
Platinum electrodes
Spectroscopic investigations of C,-primary alcohols on platinum Self-doped
electrodes in acid solutions. Part III. Propargyl alcohol (Pastor et Self-doped polyanilines electrochemically active in neutral and
al.) 167 basic aqueous solutions. Electropolymerization of substituted ani-
Polarography lines (Karyakin et al.) 259
Reduction mechanisms of some a-dicarbonyl compounds in basic Semiconducter electrodes
solutions (Ruiz Montoya, Rodriguez Mellado) 215 Photoelectrochemical kinetics of a photosynthetic cell (Nakaba-
Polyanilines yashi et al.) 111
Self-doped polyanilines electrochemically active in neutral and Semiconducting properties
basic aqueous solutions. Electropolymerization of substituted ani- Studies of the anodic film on lead + bismuth alloy in sulfuric acid
lines (Karyakin et al.) 259 solution (Xia, Zhou) 79
Polyaniline semiconducting films Semiconductor
Self-doped polyanilines electrochemically active in neutral and Theoretical analysis of the laser-induced phototransient response
basic aqueous solutions. Electropolymerization of substituted ani- of semiconductor |electrolyte circuits with “current-doubling” re-
lines (Karyakin et al.) 259 actions (Ponomarev, Babenko) 27
Poly(o-methoxyaniline) films n-Si photoelectrochemical cells
Electrochromism of poly(o-methoxyaniline) films electrochemi- Improvement of n-Si photoelectrochemical cells by the use of
cally obtained in aqueous medium (Gongalves et al.) 267 acetone + methanol mixtures as electrolyte solvents (Kobayashi et
Polypyrrole al.) 53
Ultrathin polypyrrole formed at a twin-microband electrode in Solar cells
the presence of dodecylsulfate (Nishizawa et al.) 273 Improvement of n-Si photoelectrochemical cells by the use of
Pressure modulation acetone + methanol mixtures as electrolyte solvents (Kobayashi et
Frequency response study of the kinetic behaviour of nernstian al.) 53
solid-electrolyte gas sensors by pressure modulation (Dubbe et Spectroelectrochemical cell
al.) 43 A new spectroelectrochemical cell for flow injection analysis and
Propargyl! alcohol its application to the determination of Fe(II) down to the femto-
Spectroscopic investigations of C,-primary alcohols on platinum mol level by surface-enhanced resonance Raman scattering
electrodes in acid solutions. Part III. Propargyl alcohol (Pastor et (SERRS) (Gouveia et al.) 37
al.) 167 Spectroelectrochemistry
Pulse perturbation Low volume spectroelectrochemistry: an anaerobic optically
Dynamic elution control in electréchemical ion chromatography transparent thin layer electrode cell and a potentiostat |UV-Vis
using pulse perturbation of stationary phase potential (Nagaoka spectrophotometer interface for computer-controlled data collec-
et al.) 283 tion (Arciero et al.) 277
303
Stationary phase potential Microscopic and macroscopic charge diffusion (Ochmanska et al.)
Dynamic elution control in electrochemical ion chromatography 197
using pulse perturbation of stationary phase potential (Nagaoka Twin-microband electrode
et al.) 283 Ultrathin polypyrrole formed at a twin-microband electrode in
Structural characteristics the presence of dodecylsulfate (Nishizawa et al.) 273
Electrosynthesis of lead oxide film on a lead electrode in alkaline
solution by a potentiodynamic method: its characterization and Ultrathin films
photoelectrochemical properties (Veluchamy et al.) 205 Ultrathin polypyrrole formed at a twin-microband electrode in
Structural kinetics the presence of dodecylsulfate (Nishizawa et al.) 273
The kinetics of structural changes in Cu adlayers on Au(111) Underpotential deposition
(HOlzle et al.) 101 The kinetics of structural changes in Cu adlayers on Au(111)
Supported electrodeposited metals (H6lzle et al.) 101
Chemical effects on the morphology of supported electrode- Electrocatalytic reduction of nitro compounds on gold UPD
posited metals (Atchison et al.) 137 modified electrodes. Part 2. Reduction of 2-nitro- and 4-nitro-
Surface-enhanced resonance Raman scattering imidazole and 4-nitropyridine-N-oxide on Au and Au/M(UPD)
A new spectroelectrochemical cell for flow injection analysis and (M = Pb, TI) (Papoutsis, Kokkinidis) 231
its application to the determination of Fe(II) down to the femto- Unified equivalent circuit model
mol level by surface-enhanced resonance Raman scattering Equivalent circuits of piezoelectric quartz crystals in a liquid and
(SERRS) (Gouveia et al.) 37 liquid properties. Part 2. A unified equivalent circuit model for
Surface structure piezoelectric sensors (Shen et al.) 117
Influence of the forming electrolyte on the optical properties of
anodic zirconium oxide films. Part 1. Ellipsometric investigation Vicinal dibromides
(Patrito, Macagno) 59 Reductive elimination in vicinal dibromides. Electrochemical re-
duction of 1,2-dibromo-3-(4-substituted)-phenylpropanes and in-
Titanium duction of double-bond migration in the resulting olefins
Electrical breakdown of anodic films on titanium in aqueous (Andrieux et al.) 191
electrolytes (Kalra et al.) 73 Voltammetry
Transition metal hexacyanoferrates Reduction mechanisms of some a-dicarbonyl compounds in basic
Redox behaviour and charge transport in solid Berlin green. solutions (Ruiz Montoya, Rodriguez Mellado) 215