
By Steve Bruemmer, Peter Ford, Gary Was
ISBN-10: 0873394755
ISBN-13: 9780873394758
ISBN-10: 1118787617
ISBN-13: 9781118787618
This assortment offers an alternate of rules between scientists and engineers in regards to the monetary and defense issues surrounding environmentally triggered fabrics difficulties which bring about nuclear energy plant outages. Scientists and engineers fascinated by the environmental degradation techniques (corrosion, mechanical, and radiation results) current their most up-to-date effects on such subject matters as lifestyles extension/relicensing and fabrics difficulties linked to spent gas garage and radioactive waste disposal. This assortment might be of curiosity to software engineers, reactor seller engineers, plant architect engineers, researchers fascinated with fabrics degradation, and experts fascinated by layout, building, and operation of water reactors.Content:
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Additional resources for Ninth International Symposium on Environmental Degradation of Materials in Nuclear Power Systems - Water Reactors
Sample text
The low likelihood that droplet carry-over could effectively wet the tube for more than a fraction of a second, the absence of cracking in the dry-out zone, and the high sensitivity of SIMS for light elements such as sodium and its ready detection in laboratory specimens cracked in concentrated caustic, all pointed strongly to some type of polluted steam phase attack. ATEM characterizations of the same specimens enabled subnanometer measurements of the structure and composition of the intergranular cracks and oxidized grain boundaries (Figure 4) (3,5,8).
Woodford, Metallurgical Transactions, 19A, (1988), 2305-2313. 37. K. Sadananda, P. Shahinian, J. of Engineering Materials and Technology, 100, (1978), 381-387. 12 PWR Primary: Session 1 - Mechanisms An Overview of Internal Oxidation as a Possible Explanation of Intergranular Stress Corrosion Cracking of Alloy 600 in PWRs Question: S. Fyfitch - Framatome Technologies, Inc. 1. Essentially all the internal oxidation mechanism discussion has been on steam generator tubing. Have you looked at other primary side components (or are any planned)?
Bruemmer, L. E. Thomas: "Internal oxidation as mechanism for steam generator tube degradation", Proc. of 3 rd Int. Steam Generator and Heat Exchanger Conference, Vol. 35. 16. A. Stutzmann, F. Nordmann, Nuclear Engineering and Design, 162, (1996), 167-174. 4. T. S. Gendron, "Intergranular oxidation as a mechanism of stress corrosion cracking of nickel base alloys in high temperature de-oxygenated water", PhD thesis (UMIST, 1999) and this conference. 17. S. Hobart, "Correlation of MULTEQ hideout return results with IGA/SCC", EPRI Workshop, Steam Generator Secondary Side IGA/SCC, Reston, Virginia, May 13-15, 1991.