Corrosion Science, Vol. 39, No. 6, pp.I-II, 1997 Elsevier Science Ltd Printed in Great Britain
KEYWORDS
FOR CORROSION
SCIENCE
Authors should select a maximum of five keywords. Each keyword should be accompanied by the capital letter denoting the category from which the keyword has been selected. A. TYPES OF MATERIAL molten salts nickel organic coatings platinum polymer rare earth elements silver sputtered films stainless steel steel steel reinforced concrete stonework superalloys tantalum oxide tin titanium zinc zirconium
acid solutions alloy aluminium brass ceramic ceramic matrix composites cobalt concrete copper electronic materials glass intermetallics iron low alloy steel magnesium metal coatings metal matrix composites mild steel
B. TECHNIQUES IR spectroscopy modelling studies Mossbauer spectroscopy polarization potentiostatic Raman spectroscopy RBS RDE/RCE scratching electrode SEM SIMS STEM TEM
AES AFM cyclic voltammetry EIS electrochemical noise electrochemical calculation ellipsometry EPMA erosion galvanostatic hydrogen permeation in-line diffuse reflection spectroscopy ion implantation I
Keywords for Corrosion Science
II
thermal cycling weight loss XAFS (EXAFS & XANES) C. PROPERTIES acid corrosion acid inhibition alkaline corrosion amorphous structures anodic films atmospheric corrosion carburization cathodic protection chlorination corrosion fatigue crevice corrosion de-alloying effects of strain electrodeposited films exfoliation corrosion fretting corrosion hardening high temperature corrosion hot corrosion hydrogen absorption hydrogen embrittlement hydrogen overpotential hydrogen permeation inclusion interfaces intergranular corrosion