Journal of Applied Electrochemistry

Selection of an oxidant for copper chemical mechanical polishing: Copper-iodate system
pp. 1-7(7)
Author: M. Anik

Effect of WC on electrodeposition and corrosion behaviour of chromium coatings
pp. 9-15(7)
Authors: S. Surviliene; V. Jasulaitiene; A. Lisowska-Oleksiak; V. Safonov

Anomalous electrical conductivity of aqueous solutions in submicron cracks and gaps
pp. 17-26(10)
Author: Victor Marichev

A sealed, starved-electrolyte nickel–iron battery
pp. 27-32(6)
Authors: B. Hariprakash; S. Martha; M. Hegde; A. Shukla

Thiazoles as corrosion inhibitors for mild steel in formic and acetic acid solutions
pp. 33-39(7)
Authors: M. Quraishi; H. Sharma

Environmentally friendly natural polyhydroxylic compounds in electroless copper plating baths: application of xylitol, D-mannitol and D-sorbitol as copper(II) ligands
pp. 41-47(7)
Authors: E. Norkus; A. Vakelis; J. Jaiauskiene; J. VaiIuniene; E. Gaidamauskas; D. Macalady

Electrochemistry of metals and semiconductors in fluoride media
pp. 49-60(12)
Authors: M. Noel; N. Suryanarayanan

Fabrication of YSZ electrolyte using electrostatic spray deposition (ESD):I – a comprehensive parametric study
pp. 61-67(7)
Authors: Hiroshi Nomura; Sandeep Parekh; J. Selman; Said Al-Hallaj

Comparative study of copper electrodeposition from sulphate acidic electrolytes in the presence of IT-85 and of its components
pp. 69-76(8)
Authors: S. Varvara; L. Muresan; I. Popescu; G. Maurin

The etching behavior of n-GaP in aqua regia solutions
pp. 77-84(8)
Authors: K. Chang; C. Lee; J. Hsu; H. Hsieh; H. Shih

Characterization of different Pt/Metal/Complex catalysts as anode catalysts for the PEM fuel cell
pp. 85-90(6)
Authors: N. Martz; C. Roth; H. Fueß

Direct methanol alkaline fuel cells with catalysed anion exchange membrane electrodes
pp. 91-96(6)
Authors: E. Yu; K. Scott

Thermal characteristics of a cell employed for the anodic oxidation of certain naphthalene derivatives
pp. 97-99(3)
Authors: R. Sioda; T. Fahidy

Copper recovery in a spouted vessel electrolytic reactor (SBER)
pp. 101-111(11)
Authors: P. Shirvanian; J. Calo