Showing 3545 hits for ””
-
99:30 The Swedish Nuclear Power Inspectorates Evaluation of SKBs RD&D Program 98. Summary and Conclusions
SKI English...
Content type: Publications -
99:31 The Swedish Nuclear Power Inspectorates Evaluation of SKBs RD&D Program 98. Review Report
SKI English...
Content type: Publications -
01:52 Performance Assessment, Participative Processes and Value Judgements
Kjell Andersson, Christina Lilja SKI English...
Content type: Publications -
99:27 Surface Films and Corrosion of Copper
Jouko Hilden, Timo Laitinen, Kari Mäkelä, Timo Saario, Martin Bojinov SKI English...
Content type: Publications -
00:18 Evaluation of the Thermal Effect in a KBS-3 Type Repository
P. Goblet, G. de Marsily SKI English...
Content type: Publications -
1997:05 SKI SITE-94
The Swedish Industry program for deep geological disposal of spent nuclear fuel and high-level radioactive waste is now in the early stages of the site selection process, with feasibility studies underway in 5 to 10 municipalities. According to the Swedish Nuclear Fuel and Waste Management Co., SKB (SKB RD&D Programme, 1995), the ongoing siting process involves selection of two sites for...
Content type: Publications -
00:21 Defect Which Might Occur in the Copper-Iron Canister Classified According to their Likely Effect on Canister Integrity
W. H. Bowyer SKI English...
Content type: Publications -
98:41 Statistical Patterns of Geochemistry in Crystalline Rock and Effect of Sorption Kinetics on Radionuclide Migration
S. Xu, A. Wörman SKI English...
Content type: Publications -
91:12 Radionuclide Migration within Fractured Rock: The Impact of Colloids upon Geosphere Calculations
P. Grindrod SKI English...
Content type: Publications -
2011:22 Infiltration of dilute groundwaters and resulting groundwater compositions at repository depth
The planned Swedish concept for final disposal of spent nuclear fuel includes copper canisters placed in deposition holes at about 500 m depth in granitic bedrock. The copper canisters will be surrounded by bentonite buffer with the objective of inhibiting groundwater flow adjacent to the canister. It has been discovered that dilute glacial melt-water may induce erosion of the buffer material.
Content type: Publications