... oxide films microstructure PWR conditions characterization precipitates radiation effects microstructure PWR environment 448 ZIRCONIUM IN THE NUCLEAR INDUSTRY: 18TH INTERNATIONAL SYMPOSIUM STP 1597, 2018 / available online at www.astm.org / doi: 10.1520/STP159720160085 Bruce F. Kammenzind,1...

... performance zirconium alloys nuclear materials nuclear applications radiation effects RPS2-EB/Nov 2010 197 198 ZIRCONIUM PRODUCTION AND TECHNOLOGY ARMIJO, COFFIN, AND ROSENBAUM , ON ZIRCONIUM BARRIER FUEL CLADDING 199 200 ZIRCONIUM PRODUCTION AND TECHNOLOGY ARMIJO, COFFIN, AND ROSENBAUM , ON ZIRCONIUM...

... materials nuclear applications radiation effects RPS2-EB/Nov 2010 215 216 ZIRCONIUM PRODUCTION AND TECHNOLOGY PICKMAN, ZIRCONIUM IN LIGHT WATER REACTORS 217 218 ZIRCONIUM PRODUCTION AND TECHNOLOGY PICKMAN, ZIRCONIUM IN LIGHT WATER REACTORS 219 220 ZIRCONIUM PRODUCTION AND TECHNOLOGY PICKMAN, ZIRCONIUM...

... precipitates iodine stress corrosion neutron irradiation radiation effects nuclear application operating conditions in LWRs RPS2-EB/Nov 2010 243 244 ZIRCONIUM PRODUCTION AND TECHNOLOGY GARZAROLLI, STEHLE, AND STEINBERG, ASPECTS IN LWR FUEL 245 246 ZIRCONIUM PRODUCTION AND TECHNOLOGY GARZAROLLI, STEHLE...

... distributions and reaction rate constants that can be used to quantify microstructural evolution of the irradiated metal. helium kinetics structural materials first wall materials radiation effects theory and modeling Journal of ASTM International, Vol. 4, No. 9 Paper ID JAI100698 Available online...

.... radiation effects proton Irradiation mechanical properties fatigue response crack propagation SEM observation low-activation ferritic/martensitic alloy Y. Murase, 1Johsei Nagakawa, 1'2 and N. Yamamoto 1 In-Beam Fatigue Response of a Low Activation Ferritic Steel at 60"C Reference: Murase, Y...

... spectroscopy. Polycrystalline silicon was also investigated for comparison purposes. The diamond was unaffected by the irradiation. However, the silicon did indicate a slight decrease in Young's modulus. CVD diamond polycrystalline silicon radiation effects nanoindention Raman Spectroscopy MEMS...

...-rates differing by a factor of two. Lower dose-rate samples contained voids of larger diameter and typically swelled more in the bulk. The dislocation and precipitate structure was not visibly influenced by a dose-rate decrease. radiation effects austenitic stainless steels swelling voids...

... increased to more than twice its non-irradiated value after less than 1 dpa. These results are discussed and compared with results of similar materials irradiated in fission reactor environments. tensile testing radiation effects Accelerator Production of Tritium (APT) stainless steel alloy 718...

... the Sisublattice. The effect of the irradiation temperature becomes visible only above ≈2000 K. silicon carbide radiation effects displacement cascades point-defects molecular dynamics simulation Lorenzo Malerba, l J. Manuel Perlado, 1Isabel Pastor, 1and Tomfis Diaz de la Rubia2 Molecular Dynamics...

... materials nuclear applications radiation effects Masaaki Ozawa, l Toshimichi Takahashi, 2 Toshihiko Homma, 3 and Ken Goto 4 Behavior of Irradiated Zircaloy-4 Fuel Cladding Under Simulated LOCA Conditions REFERENCE: Ozawa, M., Takahashi, T., Homma, T., and Goto, K., "Behavior of Irradiated Zircaloy-4...

...-fatigue. The holding during irradiation appeared to play some role in reducing the lifetime. analytical instruments and methods radiation effects proton irradiation mechanical properties creep-fatigue austenitic steels Y. Murase, 1 J. Nagakawa, 1 N. Yamamoto, 1 and Y. Fukuzawa ~ Creep...

... of copper alloys for structural applications to ⩽ 400°C. helium embrittlement copper alloys tensile properties radiation effects Sergey A. Fabritsiev, 1Alexander S. Pokrovsky,2 Steve J. Zinkle, 3 and Danny J. Edwards4 Neutron Irradiation Induced High Temperature Embrittlement of Pure Copper...

... (a negative value) is becoming less negative with fluence. zirconium alloys nuclear industry creep (materials) texture (materials) tubes nuclear materials radiation effects A. R. Cause3; 1 R. A. Holt, 2 N. Christodoulou, ~ a n d E. T. C. Ho 3 Irradiation-Enhanced Deformation of Zr-2.5Nb Tubes...

.... zirconium alloys Zr-2.5Nb pressure tubes irradiation growth temperature neutron fluence iron nuclear materials radiation effects R. A. Holt, 1 A. R. Causey, 1 m. Griffiths, 1 a n d E. T. C. H o 2 High-Fluence Irradiation Growth of Cold-Worked Zr-2.5Nb REFERENCE: Holt, R. A., Causey, A. R...

... reduce the difference between model predicted and measured chromium concentrations to less than 2 at% for most iron- and nickel-base alloys. radiation-induced segregation radiation effects proton irradiation stainless steel short range order Todd R. Allen 1 and Gary S. Was2 THE EFFECT...

... than as an impurity. zirconium alloys Zircaloy-2/4 irradiation growth creep corrosion in-reactor creep in-reactor corrosion precipitates iodine stress corrosion neutron irradiation radiation effects nuclear application operating conditions in LWRs F. Garzarolli, 1 H. Stehle, 1...

.... The in-reactor and out-reactor corrosion performances have been ranked. corrosion zirconium alloys fuel cladding in-reactor performance alloy development autoclave water steam hydrides microstructure nuclear applications radiation effects Otto A. Besch, 1 Suresh K. Yagnik, 2 Keith N. Woods, 3...

... radiation effects nuclear application F. Garzarolli, 1 y. Broy, ~ and R. A. Busch 2 Comparison of the Long-Time Corrosion Behavior of Certain Zr Alloys in PWR, BWR, and Laboratory Tests REFERENCE: Garzarolli, F., Broy, Y., and Busch, R. A., "Comparison of the Long.Time Corrosion Behavior of Certain Zr...

... that, of the methods investigated, the “lateral shift” method gives the best result for estimating the transition temperature shift due to reirradiation. pressure vessel steels radiation embrittlement radiation effects neutron fluence annealing reembrittlement Amir D. Amayev~, Alexander M. Kryukov...