Corrosion. Metal/Environment Reactions

Content: 
Front Matter, Page iii
Copyright, Page iv
Foreword by J. B. Cotton, Esq.,: Chairman, Department of Industry Corrosion Committee (1972–75), Pages v-vi
PREFACE TO 2ND EDITION, Pages vii-viii, L.L.S.
PREFACE TO 1ST EDITION, Pages ix-x, L.L.S.
ACKNOWLEDGEMENTS, Page xi, L.L.S.
CONTRIBUTORS, Pages xiii-xvi
Volume 2. Corrosion Control, Pages xxi-xxiv
1.1 - Basic Concepts of Corrosion, Pages 1:3-1:15, L.L. SHREIR
1.1A - Appendix—Classification of Corrosion Processes, Pages 1:16-1:21, L.L. SHREIR
1.2 - Nature of Films, Scales and Corrosion Products on Metals, Pages 1:22-1:32, C.J.L. BOOKER
1.3 - Effects of Metallurgical Structure on Corrosion, Pages 1:33-1:51, R.P.M. PROCTER
1.4 - Corrosion in Aqueous Solutions, Pages 1:52-1:113, L.L. SHREIR
1.5 - Passivity, Passivation, Breakdown and Pitting, Pages 1:114-1:129, T.P. HOAR
1.6 - Localised Corrosion, Pages 1:130-1:191, L.L. SHREIR
1.7 - Bimetallic Corrosion, Pages 1:192-1:214, M.J. PRYOR, L.L. Shreir
1.7A - Appendix—Bimetallic Corrosion, Pages 1:215-1:218
1.7B - Appendix—Bimetallic Corrosion, Pages 1:219-1:221, J.B. COTTON
1.8 - Lattice Defects in Metal Oxides, Pages 1:222-1:228, T.B. GRIMLEY
1.9 - Continuous Oxide Films, Pages 1:229-1:240, T.B. GRIMLEY
1.10 - Discontinuous Oxide Films, Pages 1:241-1:265, J.E. CASTLE
2.1 - Effect of Concentration, Velocity and Temperature, Pages 2:3-2:25, P.J. BODEN
2.2 - The Atmosphere, Pages 2:26-2:37, D. FYFE
2.3 - Natural Waters, Pages 2:38-2:50, C.W. DRANE
2.4 - Sea Water, Pages 2:51-2:60, J.C. ROWLANDS
2.5 - Soil in the Corrosion Process, Pages 2:61-2:72, J.O. HARRIS
2.6 - The Microbiology of Corrosion, Pages 2:73-2:82, D.E. HUGHES
2.7 - Chemicals, Pages 2:83-2:95, P.J. BODEN
2.8 - Corrosion by Foodstuffs, Pages 2:96-2:101, R.J. CLARKE
2.9 - Mechanisms of Liquid-metal Corrosion, Pages 2:102-2:109, G. LONG
2.10 - Corrosion in Fused Salts, Pages 2:110-2:119, D. INMAN
2.11 - Corrosion in Lubricant Systems, Pages 2:120-2:127, R.W. WILSON
3.1 - Iron and Steel, Pages 3:3-3:20, K.A. CHANDLER, J.C. HUDSON
3.2 - Low-Alloy Steels, Pages 3:21-3:30, J.C. HUDSON, J.F. STANNERS
3.3 - Stainless Steels, Pages 3:31-3:63, J.E. TRUMAN
3.4 - Corrosion Resistance of Maraging Steels, Pages 3:64-3:76, D.P. DAUTOVICH
3.5 - Nickel-Iron Alloys, Pages 3:77-3:84, G.N. FLINT
3.6 - Cast Iron, Pages 3:85-3:97, H.H. COLLINS
3.7 - High-Nickel Cast Irons, Pages 3:98-3:110, A.C. HART
3.8 - High-Chromium Cast Irons, Pages 3:111-3:117, J. DODD
3.9 - Silicon-Iron Alloys, Pages 3:118-3:126, J. DODD
4.1 - Aluminium and Aluminium Alloys, Pages 4:3-4:32, J.C. BAILEY, F.C. PORTER, A.W. PEARSON
4.2 - Copper and Copper Alloys, Pages 4:33-4:67, P.T. GILBERT
4.3 - Lead and Lead Alloys, Pages 4:68-4:85, H.C. WESSON, E. LITTAUER
4.4 - Magnesium and Magnesium Alloys, Pages 4:86-4:101, K.G. ADAMSON
4.5 - Nickel and Nickel Alloys, Pages 4:102-4:140, T.E. EVANS
4.6 - Tin and Tin Alloys, Pages 4:141-4:149, S.C. BRITTON
4.7 - Zinc and Zinc Alloys, Pages 4:150-4:162, A.R.L. CHIVERS
5.1 - Beryllium, Pages 5:3-5:9, J.B. COTTON
5.2 - Molybdenum, Pages 5:10-5:23, J. BENTLEY
5.3 - Niobium, Pages 5:24-5:33, J. BENTLEY
5.4 - Titanium and Zirconium, Pages 5:34-5:58, J.B. COTTON
5.5 - Tantalum, Pages 5:59-5:72, J. BENTLEY
5.6 - Uranium, Pages 5:73-5:78, J.E. ANTILL
6 - The Noble Metals, Pages 6:3-6:23, G.W. WALKIDEN
7.1 - Environments, Pages 7:3-7:12, W. BETTERIDGE
7.2 - The Oxidation Resistance of Low-Alloy Steels, Pages 7:13-7:46, H. HOWARTH
7.3 - High-Temperature Corrosion of Cast Iron, Pages 7:47-7:57, H.H. COLLINS
7.4 - High-Alloy Steels, Pages 7:58-7:78, J.E. TRUMAN
7.5 - Nickel and its Alloys, Pages 7:79-7:114, R.A. SMITH
7.6 - Thermodynamics of Gas-Metal Systems, Pages 7:115-7:132, J.C.B. ALCOCK, E. EASTERBROOK
8.1 - Mechanisms of Stress-corrosion Cracking, Pages 8:3-8:26, R.N. PARKINS
8.2 - Stress-corrosion Cracking of Ferritic Steels, Pages 8:27-8:46, R.N. PARKINS
8.3 - Stress-corrosion Cracking of Stainless Steels, Pages 8:47-8:61, J.G. HINES
8.4 - Stress-corrosion Cracking of High-tensile Steels, Pages 8:62-8:77, P. POOLE
8.5 - Stress-corrosion Cracking of Titanium, Magnesium and Aluminium Alloys, Pages 8:78-8:95, J.C. SCULLY
8.6 - Corrosion Fatigue, Pages 8:96-8:113, R.B. WATERHOUSE
8.7 - Fretting Corrosion, Pages 8:114-8:123, K.H.R. WRIGHT
8.8 - Cavitation Damage, Pages 8:124-8:132, D.J. GODFREY
8.9 - Outline of Fracture Mechanics, Pages 8:133-8:138, B. CHATTERJEE
8.10 - Stress-corrosion Test Methods, Pages 8:139-8:165, R.N. PARKINS
8.10A - Appendix—Stresses in Bent Specimens, Pages 8:166-8:167
9.1 - Outline of Electrochemistry, Pages 9:3-9:56, L.L. SHREIR
9.1A - Appendix — Outline of Chemical Thermodynamics, Pages 9:57-9:70, L.L. SHREIR
9.1B - Appendix — The Potential Difference at a Metal/Solution Interface, Pages 9:71-9:87, L.L. SHREIR
9.2 - Outline of Structural Metallurgy Relevant to Corrosion, Pages 9:88-9:124, R.P.M. PROCTER