Corrosion Tests and Standards: Application and Interpretation |
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Table des matières
| 1 | |
| 7 | |
| 14 | |
| 21 | |
| 27 | |
| 33 | |
| 45 | |
| 59 | |
Chapter 38Organic Liquids | 448 |
Chapter 39Molten Salts | 457 |
Chapter 40Liquid Metals | 465 |
Chapter 41Corrosion Inhibitors | 481 |
Chapter 42Corrosion Testing in In Vivo Environments | 500 |
Chapter 43Microbiological Effects | 509 |
Chapter 44Zinc | 527 |
Chapter 46Magnesium and Alloys | 537 |
| 66 | |
| 76 | |
| 83 | |
| 89 | |
Chapter 7Electrochemical Tests 107 | 109 |
Chapter 8Cabinet Tests | 131 |
Chapter 9Immersion Testing | 139 |
Chapter 10HighTemperature and HighPressure Corrosion Testing | 147 |
Chapter 11Atmospheric | 159 |
Chapter 12Seawater | 170 |
Chapter 14Soils | 183 |
Chapter 16HighTemperature | 194 |
Chapter 17Uniform Corrosion | 205 |
Chapter 18Pitting | 213 |
Chapter 19Crevice Corrosion | 221 |
Chapter 20Galvanic | 233 |
Chapter 21Intergranular | 244 |
Chapter 22Exfoliation | 266 |
Chapter 23Erosion Cavitation and Fretting | 273 |
Chapter 25Environmental CrackingStress Corrosion | 289 |
Chapter 26Environmental CrackingCorrosion Fatigue | 302 |
Chapter 27Hydrogen Damage | 322 |
Chapter 28Outdoor Atmospheres 343 | 342 |
Chapter 29Indoor Atmospheres | 349 |
Chapter 30Seawater | 362 |
Chapter 31Freshwater | 380 |
Chapter 32Soils | 389 |
Chapter 33Concrete | 405 |
Chapter 34Industrial Waters | 413 |
Chapter 36Petroleum | 425 |
Chapter 37HighTemperature Gases | 434 |
Chapter 47Aluminum and Alloys | 547 |
Chapter 48Steels | 559 |
Chapter 49Copper and Alloys | 565 |
Chapter 50Nickel and Alloys | 580 |
Chapter 52CobaltBase Alloys | 591 |
Chapter 53Titanium | 598 |
Chapter 54Zirconium and Hafnium | 613 |
Chapter 56Metallic Coatings on Steel | 621 |
Chapter 57Nonmetallic Coatings | 632 |
Chapter 59Electrodeposits | 656 |
Chapter 60Powder Metallurgy PM Materials | 664 |
Chapter 61Automotive 673 | 672 |
Chapter 62Commercial Aircraft | 687 |
Chapter 63Military Aircraft and Associated Equipment | 695 |
Chapter 65Highways Tunnels and Bridges | 706 |
Chapter 66MarinePiers and Docks | 716 |
Chapter 67Electric Power | 722 |
Chapter 69Steam Generation | 738 |
Chapter 70Flue Gas Desulfurization | 746 |
Chapter 71Electronics | 754 |
Chapter 72Telecommunications | 762 |
Chapter 73Metals Processing | 769 |
Chapter 74Chemical Processing | 779 |
Chapter 75Pulp and Paper | 795 |
Chapter 76Petroleum Production and Refining | 812 |
Chapter 77Food and Beverage | 822 |
Chapter 79Medical and Dental | 834 |
Chapter 80Pharmaceutical | 846 |
LIST OF CORROSIONRELATED STANDARDS 851 | 865 |
Expressions et termes fréquents
accelerated acid alloys aluminum alloys analysis anodic applications aqueous ASTM G ASTM International ASTM Standards ASTM STP atmospheric attack behavior biofilm carbon cathodic chemical chloride coatings components concentration copper corrosion inhibitor corrosion products corrosion rate corrosion resistance crevice corrosion dealloying determine diffusion effects Electrochemical Society electrode electrolyte environment environmental Evaluation exposed exposure factors fatigue film flow galvanic corrosion galvanic couple hydrogen Hydrogen Embrittlement immersion increase intergranular ions Journal liquid metal load localized corrosion magnesium mass loss materials measurements mechanical ment metal surface monitoring NACE International nickel occur oxide oxygen particles passive performance phase Pitting Corrosion polarization resistance potential pressure procedures reaction rosion salt sample scan seawater simulate sion soil solution specific stainless steel Stress Corrosion Cracking sulfate sulfide sulfur sulfuric acid susceptibility techniques temperature Test Method tion variables velocity West Conshohocken zinc

