Abstractnr. | Authors | Title |
---|---|---|
22 | G.-Y. Kim, M. Kong, J. Jang, M. Lee, J.-S. Kim | Electrochemical characterization of canister materials in KURT oxic groundwater |
26 | M. Lee, G.-Y. Kim, M. Kong, J. Jang, J.-S. Kim | Long term corrosion experiment of canister materials in aerobic KURT environment |
30 | M. Kong, G.-Y. Kim, M.-S. Lee, J. Jang, J.-S. Kim | Interaction between corrosion products of copper canister and buffer |
36 | K. Kang, J. Park | Effect of Canister-Glass Interface to Long-Term Corrosion Behavior of Vitrified Radioactive Waste |
42 | S. Nagata, Y. Ogawa, S. Suzuki, H. Inoue, P.G. Keech | Electrochemical behaviour of copper-coating materials in compacted bentonite for geological disposal of HLW in Japan |
55 | N. Bulidon, C. Mendibide, V. Maillot-Deydier | Study of hydrogen effects on the casing and overpack foreseen in the high-level waste geological disposal |
57 | C.-C. Hung, F. King, S. Briggs, Y.-C. Yu, Y.-C. Wu | Application of 3D COMSOL copper corrosion model to the evolution case of the offshore island crystalline rock |
58 | J. Hesketh, H. Haynes, D. Pletser, B. Reddy, C. Padovani, N. Diomidis | Long-term corrosion testing of carbon steel in bentonite under a simulated repository environment |
59 | H. Haynes, B. Reddy, J. Hesketh, A. Rance, C. Padovani, N. Diomidis | The corrosion of carbon steel and copper in bentonite during the oxic to anoxic transition |
66 | A. Mendoza | The study of ILW metallic waste corrosion under DGR conditions: interaction with conventional and alternative matrices |
67 | V. Havlova, M. Klajmon, D. Dobrev, A. Mendoza Miranda | Development of carbon steel canister and compacted Ca-Mg bentonite boundary based on experimental approach |
70 | C. Lilja, H. Reijonen, I. Aaltonen, X. Liu, A. Liebscher, S. Norris, P. Keech, N. Diomidis, T. Bornhorst | Michigan International Copper Analogue (MICA) project – analyses of samples in support of safety assessments |
72 | J. Chen, T. Martino, C. Lilja, M. Behazin, W. J. Binns, P. G. Keech, J.J. Noël, D. Shoesmith | The effects of chloride and sulphate on the growth of sulphide films on copper in anoxic sulphide solutions |
76 | D. Dobrev, V. Havlova, P. Vecernik | The release of radionuclides from metal waste from the decommissioning of nuclear power plants |
78 | A. Pont Ribas, O. Riba, E. Coene, D. Garcia, A. Idiart | Modelling of canister corrosion in clay environments within the European ConCorD project |
82 | W. J. Binns, C. Tully, R. Beaver, D. Zagidulin, K. Engel, M. Behazin, P. G. Keech, J. D. Neufeld, J. J. Noël | Investigating the Corrosion of Copper Coating Materials for Used Nuclear Fuel Containers in Compacted Bentonite |
83 | T. Kosec, B. Zajec, M. Hren, A. Legat | Monitoring of copper corrosion in bentonite slurry by coupled multi electrode array |
84 | N. Senior, T. Martino, N. Diomidis, R. Gaggiano | Longer-Term Corrosion Rate of Metals in Cementitious Environments |
85 | N. Senior, T. Martino, J. Binns, N. Diomidis, P. Keech, C. Lilja | The Roles of Chloride and sulfide in Surface Phenomena on Copper |