Time constants and feedback transfer functions of EBR-II subassembly types

Grimm, K.N.; Meneghetti, D.

doi:10.1016/0306-4549(87)90065-x

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Interplay Sf Reaetiuify and Hear Transport Transients1

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1988

1992

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“…some (weighted) average of fuel and moderator and/or coolant temperature. The same can be done for the thermal hydraulic part which leads to a description in the form of feedback transfer functions with time constants characteristic for the physical system; an example of this approach is given by Grimm and Meneghetti (1987) for the case of a fast reactor. For practical reasons it is even more elegant to parametrize the reactivity effects as a function of well-defined operational variables, like coolant temperature at the inlet of the core, reactor power and the power-to-coolant flow ratio.…”

Section: Interplay Sf Reaetiuify and Hear Transport Transientsmentioning

confidence: 99%

Physics of nuclear reactor safety

Dam

1992

Rep. Prog. Phys.

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This article aims at providing a concise review of the physical aspects of safety of nuclear fission reactors. It covers the developments of roughly the last decade. The introductory chapter contains an analysis of the changes in safety philosophy that are characteristic of the last decade and that have given rise to an increased importance of physical aspects because of the emphasis on passive or natural safety. The second

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Section: Interplay Sf Reaetiuify and Hear Transport Transientsmentioning

confidence: 99%