Corrosion Engineering1 Introduction 2 Corrosion Principle 3 Eight forms of Corrosion 4 Corrosion Testing 5 Materials 6 Corrosion Prevention 7 Mineral Acids 8 Other Environment 9 Modern Theory Application 10 High Temperature Corrosion. |
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aluminum anodic protection applications attack austenitic austenitic stainless steels brass bronze carbide Carbon steel cast iron cathodic protection Chem chemical chloride chromium coatings composition concentration containing copper corrosion engineer corrosion fatigue corrosion products corrosion rate corrosion resistance corrosion tests crevice corrosion current density decreases diffusion dissolution effect electrochemical electrode environment equipment erosion corrosion erosion-corrosion example exposed failure ferric Figure film fracture galvanic corrosion galvanic coupling graphite Hastelloy high temperatures hydrochloric acid hydrofluoric acid hydrogen embrittlement increases inhibitors intergranular corrosion involved ions liquid magnesium Materials Performance mechanical properties metal surface metals and alloys method Monel nickel nitric acid occurs oxidation oxygen passive pipe pitting plant plastic plate platinum polarization potential present pumps reaction reduced rubber seawater shown in Fig shows sodium solution specimen stainless steel stress stress-corrosion cracking structure sulfide sulfuric acid Table tank Tantalum titanium tube usually valves velocity weld zinc