| 3417 - 3420 |
Constant-Load vs Constant-Current Eis Study of Electrochemical Battery Discharge
Diard JP, Legorrec B, Montella C, Landaud P |
| 3421 - 3428 |
Electrochemical Copolymerization of Aniline and Aniline-2,5-Disulfonic Acid
Tang HQ, Kitani A, Ito S |
| 3429 - 3441 |
Influence of the Sodium-Nitrate Content on the Rate of the Electrodeposition of Silver from Thiosulfate Solutions
Vandeputte S, Hubin A, Vereecken J |
| 3443 - 3452 |
The Geobattery Model - A Contribution to Large-Scale Electrochemistry
Bigalke J, Grabner EW |
| 3453 - 3459 |
Effect of Benzotriazole on the Efficiency of Anodizing of Al-Cu Alloys
Paez MA, Zagal JH, Bustos O, Aguirre MJ, Skeldon P, Thompson GE |
| 3461 - 3470 |
Separation of the Polarization of a 2-Electron Transfer-Reaction into Those of Consecutive One-Electron Transfer-Reactions by Potential-Step Chronoamperometry in the Oxidation of O2- Ion by Pt/YSZ Oxygen Electrodes
Kenjo T, Shiroichi N |
| 3471 - 3475 |
Specific Surface-Area of Spinel Oxides by Zn2+-Ion Adsorption (Zia) - Case of Dry and Hydrous Co3O4 - Feasibility and Limitation
Chartier P, Hitz C, Koenig JF |
| 3477 - 3481 |
Electrooxidation of Hydrazine on Electrodes Modified with Vitamin-B-12
Zagal JH, Paez MA |
| 3483 - 3487 |
Cyclic Voltammetric Study of Anthraquinone-2-Sulfonate in the Presence of Acid-Yellow-9
Bechtold T, Gutmann R, Burtscher E, Bobleter O |
| 3489 - 3498 |
The Ability of a Surface-Charge Approach to Describe Barrier Film Growth on Tungsten in Acidic Solutions
Bojinov M |
| 3499 - 3507 |
Electrooxidative Nitration of Phenols at Copper Electrodes
Walton DJ, Campbell CJ, Richards PG, Heptinstall J |
| 3509 - 3512 |
Anodic Behavior of Aromatic Oximes - An Electrochemical Deoximation Reaction
Bencharif L, Tallec A, Tardivel R |
| 3513 - 3518 |
What Do NMR Linewidths Tell Us - Dynamics of Alkali Cations in a Peo-Based Nanocomposite Polymer Electrolyte
Wong S, Zax DB |
| 3519 - 3524 |
First-Row Transition-Metal Phthalocyanines as Catalysts for Water Electrolysis - A Comparative-Study
Chebotareva N, Nyokong T |
| 3525 - 3530 |
Electrocatalytic Properties of Ru+ti+ce Mixed-Oxide Electrodes for the Cl-2 Evolution Reaction
Defaria LA, Boodts JF, Trasatti S |
| 3531 - 3540 |
Impedance Investigation of the Mechanism of Copper Electrodeposition from Acidic Perchlorate Electrolyte
Krzewska S |
| 3541 - 3552 |
Self-Discharge and Potential Recovery Phenomena at Thermally and Electrochemically Prepared RuO2 Supercapacitor Electrodes
Liu TC, Pell WG, Conway BE |
| 3553 - 3564 |
Electrochemical Oxidation of Hydrogenated Indolizines and Their Precursors in Chemical Synthesis - Quaternized Pyridyldihydropyridines
Turovska B, Stradins J, Strazdins I, Makarova N, Plotniece A, Duburs G |
| 3565 - 3574 |
Application of Photoelectrochemical Methods for the Characterization of Cu(I) Oxide Layers Modified in the Presence of Corrosion-Inhibitors
Ammeloot F, Fiaud C, Sutter EM |
| 3575 - 3584 |
Photochemical ECE and Disp Processes - The Self-Inhibiting Disproportionation (SID) Mechanisms - Theory and Experiment
Leslie WM, Compton RG, Silk T |
| 3585 - 3600 |
An Extensive Treatment of the Agglomerate Model for Porous-Electrodes in Molten-Carbonate Fuel-Cells .1. Qualitative-Analysis of the Steady-State Model
Prinsjansen JA, Hemmes K, Dewit JH |
| 3601 - 3618 |
An Extensive Treatment of the Agglomerate Model for Porous-Electrodes in Molten-Carbonate Fuel-Cells .2. Quantitative-Analysis of Time-Dependent and Steady-State Model
Prinsjansen JA, Hemmes K, Dewit JH |
| 3619 - 3627 |
On Studies of Oxide Solubilities in Melts Based on Alkaline Halides
Cherginets VL |
| 3629 - 3635 |
Electrochemical Reduction and Oxidation of Some Photochromic Compounds
Sarac AS, Ustamehmetoglu B, Leiminer A, Stephan B, Mannschreck A |
| 3637 - 3640 |
Electrochemical Microscopy of Polymer Layers
Jeffrey D, Horrocks BR, Armstrong RD, Walsh AB |
