Filtered generated 99 hits.
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2014:05 Technical Note, Assessment of flows to deposition holes – Main Review Phase
SKB’s conceptual model for flow through the fractured rock at Forsmark is based on a division between highly fractured deformation zones (described in terms of deterministic geometry), and the more sparsely fractured rock (described in terms of statistical geometry). The model for the highly fractured deformation zones includes several assumptions that are not strongly supported by data,...
Content type: Publications -
2014:10 Technical Note, Rock Mechanics - Confidence of SKB’s models for predicting the occurrence of spalling – Main Review Phase
10283 kB...
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2014:32 Technical Note, Assessment of the derivation and use of distribution coefficients and concentration ratios – Main Review Phase
1420 kB...
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2014:58 Technical Note, Rock Mechanics - Assessing probability and extent of blind faults and fault-end growth around the KBS-3 repository at Forsmark – Main Review Phase
9510 kB...
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2014:01 Cost Estimating for Decommissioning Nuclear Reactors in Sweden
1404 kB...
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2014:45 Att göra det osynliga synligt
656 kB...
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2014:25 En standardiserad svensk nomenklatur för strålbehandling
2507 kB...
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2014:15 Multivariatanalys av radioaktivitetsdata från utsläpp till luft och vatten från Studsviksanläggningarna och i omgivningen av Studsvik
3036 kB...
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2014:16 Recent Research on EMF and Health Risk, Ninth report from SSM’s Scientific Council on Electromagnetic Fields, 2014
The objective of the report is to cover the previous year’s research in the area of electromagnetic fields (EMF). The report gives the Authority an overview and provides an important basis for risk assessment. The present annual report is number nine in the series and covers studies published up to and including September 2013. It covers different areas of EMF (static, low frequency...
Content type: Publications -
2014:18 Evaluation of the Halden IFA-650 loss-of-coolant accident experiments 2, 3 and 4
The analytical tools, which are fuel rod computer codes, that Quantum Technologies AB use and develop, contain models of several of the phenomena that are acting on the nuclear fuel (cladding temperature, fission gas driven pressure, strain and stress in the cladding, rod rupture, etc.) and how the separate effects interact in the complex integrated manner. The codes are under constant...
Content type: Publications