Abstract
The methods used for evaluating the void and temperature reactivity coefficients for the MAPLE-X10 Reactor are described and factors used in estimating their accuracy are discussed. The report presents representative transient analysis results using the CATHENA thermalhydraulics code. The role of the reactivity coefficients and their precision is discussed. The results are reviewed in terms of their safety implications.
Citation Formats
Carlson, P A, Heeds, W, Shim, S Y, and King, S G.
Analysis of reactivity feedback effects of void and temperature in the MAPLE-X10 reactor.
Canada: N. p.,
1992.
Web.
Carlson, P A, Heeds, W, Shim, S Y, & King, S G.
Analysis of reactivity feedback effects of void and temperature in the MAPLE-X10 reactor.
Canada.
Carlson, P A, Heeds, W, Shim, S Y, and King, S G.
1992.
"Analysis of reactivity feedback effects of void and temperature in the MAPLE-X10 reactor."
Canada.
@misc{etde_10119125,
title = {Analysis of reactivity feedback effects of void and temperature in the MAPLE-X10 reactor}
author = {Carlson, P A, Heeds, W, Shim, S Y, and King, S G}
abstractNote = {The methods used for evaluating the void and temperature reactivity coefficients for the MAPLE-X10 Reactor are described and factors used in estimating their accuracy are discussed. The report presents representative transient analysis results using the CATHENA thermalhydraulics code. The role of the reactivity coefficients and their precision is discussed. The results are reviewed in terms of their safety implications.}
place = {Canada}
year = {1992}
month = {Jul}
}
title = {Analysis of reactivity feedback effects of void and temperature in the MAPLE-X10 reactor}
author = {Carlson, P A, Heeds, W, Shim, S Y, and King, S G}
abstractNote = {The methods used for evaluating the void and temperature reactivity coefficients for the MAPLE-X10 Reactor are described and factors used in estimating their accuracy are discussed. The report presents representative transient analysis results using the CATHENA thermalhydraulics code. The role of the reactivity coefficients and their precision is discussed. The results are reviewed in terms of their safety implications.}
place = {Canada}
year = {1992}
month = {Jul}
}