Corrosion behavior of aluminum alloy in simulated nuclear accident environments regarding the chemical effects in GSI-191

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참고문헌 (50)

1. Evaluation of Chemical Effects Phenomena in Post-LOCA Coolant, "NRC", Nuclear Regulatory Commission, ~, pp.NUREG (2008), CR-6988
2. Potential for Degradation of the ECCS and the Containment Spray System after a LOCA Because of Construction and Protective Coating Deficiencies and Foreign Material in Containment, "USNRC", Nuclear Regulatory Commission, ~ (1998)
3. Nuclear Regulatory Commission, "NRC", Nuclear Regulatory Commission, ~ (2004)
4. R. C. Johns, "Small-scale Experiments: Effects of Chemical Reactions on Debris-Bed Head Loss" (2003), Nuclear Regulatory Commission
5. A. K. Ghosh, "Head loss characteristics of a fibrous bed in a PWR chemical environment", Nuclear Techonology, 157, pp.196~207 (2007)
6. Integrated Chemical Effects Test Project:Consoli-Dated Data Report, "J. Dallman", Nuclear Regulatory Commission, ~ (2016)
7. 반치범, "Chemical Effects on PWR Sump Strainer Blockage after a Loss-of-Coolant Accident: Review on U.S. Research Efforts", Nuclear Engineering and Technology, 45(3), pp.295~310 (2013), 한국원자력학회
8. D. Wang, "Assessment of head los s through LOCA generated debris deposited in PWR fuel assemblies", Annals of Nuclear Energy, 137, pp.107037~ (2020)
9. J. K. Suh, "Experimental study of pressure drops through LOCA-generated debrisdeposited on a fuel assembly", Nuclear Engineering and Design, 289, pp.49~59 (2015)
10. J. W. Evancho, "Kinetics of precipitation in aluminum alloys during continuous cooling", Metallurgical Transactions, 43 (1974)
11. Y. J. Choi, "Preliminary Evaluation of Long-Term Cooling Considering Chemical Precipitation and Subsequent Impact on the Recirculating Fluid", ~ (2010)
12. Design Considerations of Reactor Containment Spray Systems e Part III. The Corrosion of Materials in Spray Solutions, "J. C. Griess", Oak Ridge National Laboratory, ~ (1969)
13. Corrosion Behavior of Zinc and Aluminumin Simulated Nuclear Accident Environments, "J. Piippo", Finnish Center for Radiation and Nuclear Safety, ~ (1997)
14. Corrosion Rate Measurements and Chemical Speciation of Corrosion Products Using Thermodynamic Modeling of Debris Components to Support GSI-191, "V. Jain", Center for Nuclear Waste Regulatory Analyses, ~ (2005)
15. D. Chen, "Experimental analysis of the aqueous chemical environment following a loss-of-coolant accident", Nuclear Engineering and Design, 237, pp.2126~2136 (2007)
16. Chemical Effects Head-Loss Research in Support of Generic Safety Issue 191, "J. H. Park", Nuclear Regulatory Commission, ~, pp.NUREG (2006), CR-6913
17. Evaluation of Post-accident Chemical Effects in Containment Sump Fluids to Support GSI-191, "A. E. Lane", ~, pp.WCAP-16530-NP-A (2008)
18. Technical Letter Report on Evaluation of Chemical Effects: Studies on Precipitates Used in Strainer Head Loss Testing, "C. B. Bahn", Nuclear Regulatory Commission, ~ (2008)
19. C. B. Bahn, "Evaluation of precipitates used in strainer head loss testing. Part I. Chemically generated recipitates", Nuclear Engineering and Design, 239, pp.2981~2991 (2009)
20. C. B. Bahn, "Evaluation of precipitates used in strainer head loss testing Part II. Precipitates by in situ aluminumalloy corrosion", Nuclear Engineering and Design, 241, pp.1926~1936 (2011)
21. C. B. Bahn, "Evaluation of precipitates used in strainer head loss testing Part III Long-term aluminum hydroxide precipitation tests in borated water", Nuclear Engineering and Design, 241, pp.1914~1925 (2011)
22. CHLE-019 Test Results for Chemical Effects Tests Stimulating Corrosion and Precipitation (T3 & T4), "S. J. Kim", University of New Mexico, ~ (2013)
23. S. J. Kim, "CHLE-020: Test Results for a 10-day Chemical Effects Test Simulating LBLOCA Conditions (T5)", pp.2014
24. B. N. Bachra, "Precipitation of calcium carbonatesand phosphatesdIII : the effect of magnesium and fluoride ions on the spontaneous precipitation of calcium carbonates and phosphates", Archives of Oral Biology, 10, pp.731~738 (1965)
25. S. S. Olson, "Investigation of Calcium Orthophosphates in a Post-LOCA NuclearReactor Containment", pp.2015
26. S. J. Kim, "Experimentalstudy of chemical effects on ECCS strainer head loss and flow sweep test with two debris beds (blender-processed debris bed vs. NEI-processed debris bed),", Proceeding of American Nuclear Society Winter Conference (2013)
27. 4000 Series: Calcium Summary Report. Rev.3, "S. S. Olson", University of New Mexico, ~, pp.CHLE-SNC-013 (2015)
28. ASTM, "Standard Practice for Preparing, Cleaning, and Evaluating Corrosion Test Specimens", ASTM G1-03, ~ (2017)
29. Evaluation of Additional Inputs to the WCAP-16530-NP Chemical Model, "R. D. Reid", Westinghouse Electric Company Pitssburgh, ~, pp.WCAP-16785-NP (2007)
30. S. Guo, "Effects of flow, Si inhibition, and concurrent corrosion of dissimilar metals on the corrosion of aluminium in the environment following a loss-of-coolant", Corrosion Science, 128, pp.100~109 (2017)
31. N. Birbilis, "Electrochemical characteristics of intermetallic phases in aluminum alloys: an experimental survey and discussion", Journal of the Electrochemical Society, 152, pp.B140~ (2005)[DOI]
32. O. Seri, "Effect of AleFeeSi intermetallic compound phases on initiation and propagation of pitting attacks for aluminum 1100", Materials and Corrosion, 53, pp.111~120 (2002)
33. A. Kosari, "Dealloying-driven local corrosion by intermetallic constituent particles and dispersoids in aerospace aluminium alloys", Corrosion Science, 177, pp.108947~ (2020)
34. Junlin Huang, "The Corrosion of Aluminium Alloy and Release of Intermetallic Particles in Nuclear Reactor Emergency Core Coolant: Implications for Clogging of Sump Strainers", Nuclear Engineering and Technology, 51(5), pp.1345~1354 (2019), 한국원자력학회[DOI]
35. D. LaBrier, "Integrated chemical effects head loss experiments using multiconstituent fibrous debris beds", Journal of Nuclear Engineering and Radiation Science, 3, pp.011006~011001 (2017)[DOI]
36. H. Godard, "The Corrosion of Light Metals" (1967), Wiley
37. C. Vargel, "Corrosion of Aluminum" (2004), Elsevier
38. Y. Xie, "Aluminum alloy corrosion in boroncontaining alkaline solutions", Materials and Corrosion, 70, pp.810~819 (2019)
39. S. Guo, "Aluminum corrosion in reactor containment environment following a loss of coolant accident(LOCA) : high-temperature flow loop tests", Corrosion Science, 151, pp.122~131 (2019)
40. D. Chen, "Corrosion of aluminum in the aqueous chemical environment of a loss-of-coolant accident at a nuclear powerplant", Corrosion Science, 50, pp.1046~1057 (2008)
41. M. Edwards, "Aluminum corrosion product release kinetics", Nuclear Engineering and Design, 288, pp.163~174 (2015)
42. K. Howe, "Corrosion and solubility in a TSP-buffered chemical environment following a loss of coolant accident : part 1ealuminum", Nuclear Engineering and Design, 292, pp.296~305 (2015)
43. Aluminum Chemistry in a Prototypical Post-loss-of-a-coolant-accident, Pressurized-Water-Reactor Containment Environment, "M. Klasky", Nuclear Regulatory Commission, ~ (2006)
44. H. A. van Straten, "Precipitation from supersaturated aluminate solutions : I. Nucleation and growth of solid phases at room temperature", Journal of Colloid and Interface Science, 98, pp.342~362 (1984)
45. J. Zhang, "The aluminum chemistry and corrosion in alkaline solutions", Journal of Nuclear Materials, 384, pp.175~189 (2009)
46. H. A. van Straten, "Precipitation from supersaturated aluminate solutions : II. Role of temperature", Journal of Colloid and Interface Science, 102, pp.260~277 (1984)
47. K. Adu-Wusu, "Kinetics of silicate reaction with gibbsite", Journal of Colloid and Interface Science, 143, pp.127~138 (1991)
48. S. B. Grant, "Kinetic theories for the coagulation and sedimentation of particles", Journal of Colloid and Interface Science, 238, pp.238~250 (2001)
49. D. Wang, "Evaluation of chemical effects on fuel assembly blockage following a loss of coolant accident in nuclear power plants", International Journal of Energy Research, 44, pp.5488~5499 (2020)
50. Technical Letter Report on Evaluation of Head Loss by products of Aluminum Alloy Corrosion, "C. B. Bahn", Argonne National Laboratory, ~ (2008)

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