Abstract
In Project-90, the far-field transport of nuclides is assumed to take place in a 200 m long section of rock mass, which starts at the outer boundary of the near-field and ends in a fracture zone. The nuclides are eventually discharged to the biosphere. This document provides an overview of the results obtained with the far-field model CRYSTAL developed by Intera Environmental Division for the Swedish Nuclear Power Inspectorate (SKI). It reports on the results of a series of calculation that have been performed within the SKIs Project-90, and provides some indication of the key parameters for the far field. A more thorough discussion of the implications for performance assessment is given in the Project-90 reports. (au).
Citation Formats
Worgan, K, and Shaw, W.
SKI Project-90. Geosphere calculations using CRYSTAL: Stand-alone and CALIBRE-CRYSTAL-biosphere integrated results.
Sweden: N. p.,
1992.
Web.
Worgan, K, & Shaw, W.
SKI Project-90. Geosphere calculations using CRYSTAL: Stand-alone and CALIBRE-CRYSTAL-biosphere integrated results.
Sweden.
Worgan, K, and Shaw, W.
1992.
"SKI Project-90. Geosphere calculations using CRYSTAL: Stand-alone and CALIBRE-CRYSTAL-biosphere integrated results."
Sweden.
@misc{etde_10119241,
title = {SKI Project-90. Geosphere calculations using CRYSTAL: Stand-alone and CALIBRE-CRYSTAL-biosphere integrated results}
author = {Worgan, K, and Shaw, W}
abstractNote = {In Project-90, the far-field transport of nuclides is assumed to take place in a 200 m long section of rock mass, which starts at the outer boundary of the near-field and ends in a fracture zone. The nuclides are eventually discharged to the biosphere. This document provides an overview of the results obtained with the far-field model CRYSTAL developed by Intera Environmental Division for the Swedish Nuclear Power Inspectorate (SKI). It reports on the results of a series of calculation that have been performed within the SKIs Project-90, and provides some indication of the key parameters for the far field. A more thorough discussion of the implications for performance assessment is given in the Project-90 reports. (au).}
place = {Sweden}
year = {1992}
month = {Feb}
}
title = {SKI Project-90. Geosphere calculations using CRYSTAL: Stand-alone and CALIBRE-CRYSTAL-biosphere integrated results}
author = {Worgan, K, and Shaw, W}
abstractNote = {In Project-90, the far-field transport of nuclides is assumed to take place in a 200 m long section of rock mass, which starts at the outer boundary of the near-field and ends in a fracture zone. The nuclides are eventually discharged to the biosphere. This document provides an overview of the results obtained with the far-field model CRYSTAL developed by Intera Environmental Division for the Swedish Nuclear Power Inspectorate (SKI). It reports on the results of a series of calculation that have been performed within the SKIs Project-90, and provides some indication of the key parameters for the far field. A more thorough discussion of the implications for performance assessment is given in the Project-90 reports. (au).}
place = {Sweden}
year = {1992}
month = {Feb}
}