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98006 ELECTROCHEMICAL BEHAVIOR OF TITANIUM IN SALINE ENVIRONMENTS: THE EFFECTS OF TEMPERATURE, pH, AND MICROSTRUCTURE

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Product Number: 51300-98006-SG
ISBN: 98006 1998 CP
Author: K.J. Van Vliet, Z.F. Wang, C.L. Briant, K.S. Kumar
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This research investigates the effects of temperature, pH, degree of salinity, galvanic coupling, microstructure, and composition on the electrochemical behavior of commencally pure titanium in a saline environment. Essentially, our findings establish that increased temperature, altered microstructure, decreased pH, and decreased purity of titanium all serve to increase the corrosion potential and cathodic reaction rate, thus making the metal more susceptible to hydrogen absorption. Further, our data indicate that galvanic coupling with certain metals such as naval brass and stainless steel can anodically polariized titanium, whereas coupling with metals such as aluminum, HY80 steel, and zinc catholically polarizes titanium, thus promoting hydrogen evolution on the titanium surface. Keywords: electrochemistry, titanium, hydrogen embrittlement, corrosion potential
This research investigates the effects of temperature, pH, degree of salinity, galvanic coupling, microstructure, and composition on the electrochemical behavior of commencally pure titanium in a saline environment. Essentially, our findings establish that increased temperature, altered microstructure, decreased pH, and decreased purity of titanium all serve to increase the corrosion potential and cathodic reaction rate, thus making the metal more susceptible to hydrogen absorption. Further, our data indicate that galvanic coupling with certain metals such as naval brass and stainless steel can anodically polariized titanium, whereas coupling with metals such as aluminum, HY80 steel, and zinc catholically polarizes titanium, thus promoting hydrogen evolution on the titanium surface. Keywords: electrochemistry, titanium, hydrogen embrittlement, corrosion potential
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