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Pitting Corrosion of Titanium

Journal of The Electrochemical Society, 1994
The breakdown of native and anodically grown oxide films on Ti electrodes is investigated by scanning electrochemical microscopy (SECM), video microscopy, transmission electron microscopy, and voltammetry. SECM is used to demonstrated that the oxidation of Br[sup [minus]] on Ti occurs at microscopic surface sites (10 to 50 [mu]m diam, 30 sites/cm[sup 2]
Norberto Casillas   +3 more
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Aluminium corrosion studies. IV. Pitting corrosion

Australian Journal of Chemistry, 1978
Measurements are reported for the variation of the open-circuit potential, Er, of aluminium in oxygen-saturated sodium salt solutions. The value of Er was independent of SO42- and NO3- concentrations and similar to the value obtained for water (0.04 (s.h.e.)).
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Pitting corrosion of Ni

Corrosion Science, 1971
Abstract Microscopic observations have been made in situ on the pitting corrosion of polycrystalline and single crystal Ni, at a passive potential, in 1N H2SO4 solution containing Cl−. Corrosion pits were observed to nucleate at scratches and grain boundaries.
T. Tokuda, M.B. Ives
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Origins of pitting corrosion

Corrosion Engineering, Science and Technology, 2004
AbstractCorrosion of metals and alloys by pitting constitutes one of the very major failure mechanisms. Pits cause failure through perforation and engender stress corrosion cracks. Pitting is a failure mode common to very many metals. It is generally associated with particular anions in solution, notably the chloride ion. The origin of pitting is small.
G. T. Burstein   +3 more
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Inhibition of Pitting Corrosion

CORROSION 1989, 1989
Abstract The present state of knowledge in the field of inhibition of pitting is critically assessed and illustrated by selected examples taken from world literature and personal experience. Especial attention is paid to the following two decisive factors: -passivity, which is responsible for pitting (crevice) corrosion when locally ...
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