Filtered generated 102 hits.
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2005:15 Human Factors Engineering Plan for Reviewing Nuclear Plant Modernization Programs
482 kB...
Content type: Documents -
2005:36 Reports within the Area of Nuclear Power Plant Instrumentation
2417 kB...
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2005:14 Jodkemi under svåra haverier
1240 kB...
Content type: Documents -
2005:05 Review of SKB's Code Documentation and Testing (pdf 432 kB)
431 kB...
Content type: Documents -
2005:30 BENCHPAR PROJECT How to Incorporate Thermal-Hydro-Mechanical Coupled Processes into Performance Assessments and Design Studies for Radioactive Waste Disposal in Geological Formations
1466 kB...
Content type: Documents -
2005:19 Utsläpps- och omgivningskontroll vid de kärntekniska anläggningarna 2002-2004
1941 kB...
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2005:46 Larmkriterier Studsvik (211 kB)
211 kB...
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2005:16 Radon Risk Map of Estonia; Explanatory text to the Radon Risk Map Set of Estonia at the scale of 1:500,000
Radon Risk Map of Estonia has been produced to provide an overview of the concentration of the radioactive inert gas radon-222 in soil air and of the concentrations of uranium, thorium and potassium in the soil. The aim of the map is to serve as a tool in the effort to reduce the health risk posed by radon in dwellings and workplaces. The Radon Risk Map gives general information on areas...
Content type: Publications -
2005:32e Safety and Radiation Protection at Swedish Nuclear Power Plants 2004
The safety philosophy upon which the Swedish Nuclear Power Inspectorate’s (SKI) supervisory and regulatory activities are based assume that multiple physical barriers will exist and that a plant-specific defence-in-depth approach will be implemented at each plant. The physical barriers are situated between the radioactive material and the plant personnel and surroundings. In the case of...
Content type: Publications -
2005:61 Review and Assessment of SCC Experiments with RPV Steels in Oskarshamn 2 and 3 (ABB Report SBR 99-020)
Although the extent of cracking was rather surprising for a bolt-loaded specimen, the average stress corrosion crack growth rate of 0.5 mm/year over the five-year testing period does not represent an immediate concern. The overwhelming part of crack growth can have occurred during a 20 day chloride transient during the third year of exposure because of a condenser leakage after an outage. The...
Content type: Publications