By Russell H. Jones
Contents comprise: entire insurance of SCC for various fabrics and SCC in several environments: carbon and low-alloy steels high-strength steels stainless steels nickel-base alloys copper alloys aluminum alloys magnesium alloys titanium alloys zirconium alloys uranium alloys amorphous alloys glasses and ceramics weldments in boiling water reactor carrier
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Contents contain: whole assurance of SCC for a number of fabrics and SCC in numerous environments: carbon and low-alloy steels high-strength steels stainless steels nickel-base alloys copper alloys aluminum alloys magnesium alloys titanium alloys zirconium alloys uranium alloys amorphous alloys glasses and ceramics weldments in boiling water reactor carrier
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Additional info for Stress-Corrosion Cracking. Materials Performance and Evaluation
T. N. Pugh, Corrosion, Vol 36,1980, p380 31. N. M. R. , Plenum Press, 1983, p 997 Mechanisms qfSCC 32. C. Newman and K. Sieradzki, "Film-Induced Cleavage During Stress-Corrosion Cracking of Ductile Metals and Alloys," NATO Advanced Re search Workshop on Chemistry and Physics of Fracture, June 1986 33. MechanismsofStress Corrosion Cracking and Intergranular Attack in Al loy 600 in High-Temperature Caustic and Pure Water, in Corrosion ofNickel-Base Alloys, Ameri can Society for Metals, 1985 34.
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Congr. Metallic Corro sion (Toronto, Canada), National Association of Corrosion Engineers, 1984 47. H. M. T. R. Baer, Comparison of Segregated Phosphorus and Sulfur Effects on the Fracture Mode and Duc tility of Iron Tested at Cathodic Potentials, Scr. ,Voll6,1982,p615 48. SM. H. T. R. Baer, Fracture Mode Transition of Iron in Hy drogen as a Function of Grain Boundary Sulfur, Scr. ,Voll4,1980,pl37 49. A. J. Stein, Corrosion, Vol 28 (No. 9), 1972,p321 50. H. Jones, Some Radiation Damage-Stress Cor rosion Synergisms in Austenitic Stainless Steels, in Proc.