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The Corrosion Resistance of Glassy Alloys
Resistance to Uniform Corrosion
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acid anion alumina aluminium anion anodic current anodic polarization Augustynski austenitic barrier layer behavior breakdown cathodic cell chemical chloride ions chloride solutions chromium composition concentration constant corrosion potential corrosion rate corrosion resistance crack propagation crack tip crevice corrosion crystalline current density decrease dental amalgam developed effect electrochemical electrode impedance electrolyte electropolished equation film formation film growth film material flaws fracture Galvele glassy alloys grain boundaries Hashimoto hydrogen embrittlement increase intergranular kinetics localized corrosion Marek measurements mechanism metal dissolution Metal Finish metal surface metal/film interface NaCl observed occurs oxalic acid oxygen particles passive film phosphate phosphoric acid pitting potential polarization curve pore porous anodic film potentiostatic reaction regions Schematic Scully shown in Fig shows silver-tin amalgam species specimens Staehle steady-state strain-rate stress corrosion cracking sulphuric acid susceptibility synthetic saliva tarnishing technique temperature thickness Thompson titanium transgranular ultramicrotomed V(SCE voltage y2 phase