Abstract
A model has been developed, describing the steady state transport of dissolving species of radionuclides from a single canister in a repository for spent nuclear fuel out into the passing water in fractures in the surrounding rock matrix. The transport of nuclides is described by a network of transport resistances, coupled together in the same way as an electrical circuit network. With the model a number of calculations are done for various sets of fracture geometry data. The calculations indicate that the resistance network model gives results comparable to those of a complex 3-dimensional numerical model. (au).
Nilsson, L;
Moreno, L;
Neretnieks, I;
Romero, L
[1]
- Royal Institute of Technology, Stockholm (Sweden). Dept. of Chemical Engineering
Citation Formats
Nilsson, L, Moreno, L, Neretnieks, I, and Romero, L.
A resistance network model for radionuclide transport into the near field surrounding a repository for nuclear waste (SKB, Near Field Model 91).
Sweden: N. p.,
1991.
Web.
Nilsson, L, Moreno, L, Neretnieks, I, & Romero, L.
A resistance network model for radionuclide transport into the near field surrounding a repository for nuclear waste (SKB, Near Field Model 91).
Sweden.
Nilsson, L, Moreno, L, Neretnieks, I, and Romero, L.
1991.
"A resistance network model for radionuclide transport into the near field surrounding a repository for nuclear waste (SKB, Near Field Model 91)."
Sweden.
@misc{etde_10111502,
title = {A resistance network model for radionuclide transport into the near field surrounding a repository for nuclear waste (SKB, Near Field Model 91)}
author = {Nilsson, L, Moreno, L, Neretnieks, I, and Romero, L}
abstractNote = {A model has been developed, describing the steady state transport of dissolving species of radionuclides from a single canister in a repository for spent nuclear fuel out into the passing water in fractures in the surrounding rock matrix. The transport of nuclides is described by a network of transport resistances, coupled together in the same way as an electrical circuit network. With the model a number of calculations are done for various sets of fracture geometry data. The calculations indicate that the resistance network model gives results comparable to those of a complex 3-dimensional numerical model. (au).}
place = {Sweden}
year = {1991}
month = {Jun}
}
title = {A resistance network model for radionuclide transport into the near field surrounding a repository for nuclear waste (SKB, Near Field Model 91)}
author = {Nilsson, L, Moreno, L, Neretnieks, I, and Romero, L}
abstractNote = {A model has been developed, describing the steady state transport of dissolving species of radionuclides from a single canister in a repository for spent nuclear fuel out into the passing water in fractures in the surrounding rock matrix. The transport of nuclides is described by a network of transport resistances, coupled together in the same way as an electrical circuit network. With the model a number of calculations are done for various sets of fracture geometry data. The calculations indicate that the resistance network model gives results comparable to those of a complex 3-dimensional numerical model. (au).}
place = {Sweden}
year = {1991}
month = {Jun}
}