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Din avgränsning ger 126 träffar.

• 2014:59 Technical Note, Relation between earthquake magnitude, fracture length and fracture shear displacement in the KBS-3 repository at Forsmark – Main Review Phase

  17 december 2014

  6546 kB...

  Innehållstyp: Dokument

• 2014:53 Översyn av systemet med diagnostiska referensnivåer

  13 november 2014

  1362 kB...

  Innehållstyp: Dokument

• 2014:31 Degradering i betong och armering med avseende på bestrålning och korrosion

  20 maj 2014

  2149 kB...

  Innehållstyp: Dokument

• 2014:27 Regulation applying to welding of pressure equipment – a comparative study

  13 maj 2014

  2223 kB...

  Innehållstyp: Dokument

• 2014:20 An evaluation of high-temperature creep of zirconium alloys: data versus models

  09 maj 2014

  1244 kB...

  Innehållstyp: Dokument

• 2014:13 Förutsättningar för att upprätthålla och utveckla en välfungerande verksamhet kring erfarenhetsåterföring

  27 mars 2014

  1695 kB...

  Innehållstyp: Dokument

• 2014:04 Global Non-proliferation ‘Clubs’ vs. the NPT

  14 februari 2014

  3294 kB...

  Innehållstyp: Dokument

• 2014:38 Technical Note, Detailed assessment of radionuclide Kd-values for the geosphere-main review phase

  The Swedish Radiation Safety Authority (SSM) is reviewing an application submitted by the Swedish Nuclear Fuel and Waste Management Company (SKB) in 2011 to construct and operate a deep geologic repository for spent nuclear fuel at the Forsmark site in the municipality of Östhammar, Sweden. SKB has presented details of its long-term safety assessment, SR-Site, in a main report (SKB, 2011,...

  Innehållstyp: Publikationer

• 2014:33 Technical Note, Reproduction of SKB’s Canister Failure Calculations - What-If and ‘Residual’ Scenario to Illustrate Barrier Functions

  The Swedish Nuclear Fuel and Waste Management Company (SKB) included analysis of a range of scenarios in its SR-Site report. SKB grouped these scenarios into two categories—main and residual. The main scenario included a likely scenario (corrosion failure) and a less probable scenario (seismicity-induced shear failure). The residual scenario included two unlikely scenarios—isostatic-load and...

  Innehållstyp: Publikationer

• 2014:48 Technical Note, Independent assessment of groundwater sulphide content in the long-te

  Groundwater sulphide content is a key factor in the determination of canister lifetimes because of its role in corrosion of copper. SKB has based the canister lifetime analysis on a distribution of measured sulphide concentrations which are assumed to apply throughout the long-term analysis period. The distribution is based on expert judgement in the selection of samples that are regarded as...

  Innehållstyp: Publikationer