Review of kinetic modulation experiments in low power nuclear reactors

The safety improvement of nuclear reactors requires continuous efforts in understanding the fundamental physical quantities related to the fission process. In neutronic models, the reactor dynamics is covered by the kinetic parameters to characterize the temporal behavior of the neutron population s...

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Published inEPJ nuclear sciences & technologies Vol. 6; p. 55
Main Authors Jiang, Yifeng, Geslot, Benoit, Lamirand, Vincent, Leconte, Pierre
Format Journal Article
LanguageEnglish
Published Les Ulis EDP Sciences 01.01.2020
Subjects
Approximation
Control theory
Design
Experiments
Feedback
Function analysis
Laplace transforms
Modulation
Noise
Nuclear engineering
Nuclear power plants
Nuclear reactors
Nuclear safety
Parameters
Physics
Population
Reactor physics
Stability analysis
Systems stability
Transfer functions
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Abstract The safety improvement of nuclear reactors requires continuous efforts in understanding the fundamental physical quantities related to the fission process. In neutronic models, the reactor dynamics is covered by the kinetic parameters to characterize the temporal behavior of the neutron population subject to perturbations. The reactor transfer function is a frequency domain analogy of this temporal description. It can be measured experimentally through transfer function analysis via noise analysis or kinetic modulation, for the study of reactor stability and kinetic parameters. This paper summarizes the experimental measurements of reactor transfer function through kinetic modulation. Extensive work have been conducted experimentally, starting from the beginning of reactor physics research. An overview is given regarding various experimental designs and conducted analyses. The concepts of the modulation system are also discussed. The current work is limited to online contents and internal archives of CEA Cadarache due to difficulties in accessing references traced back to 1950s.
AbstractList The safety improvement of nuclear reactors requires continuous efforts in understanding the fundamental physical quantities related to the fission process. In neutronic models, the reactor dynamics is covered by the kinetic parameters to characterize the temporal behavior of the neutron population subject to perturbations. The reactor transfer function is a frequency domain analogy of this temporal description. It can be measured experimentally through transfer function analysis via noise analysis or kinetic modulation, for the study of reactor stability and kinetic parameters. This paper summarizes the experimental measurements of reactor transfer function through kinetic modulation. Extensive work have been conducted experimentally, starting from the beginning of reactor physics research. An overview is given regarding various experimental designs and conducted analyses. The concepts of the modulation system are also discussed. The current work is limited to online contents and internal archives of CEA Cadarache due to difficulties in accessing references traced back to 1950s.
Author Jiang, Yifeng
Geslot, Benoit
Lamirand, Vincent
Leconte, Pierre
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Snippet The safety improvement of nuclear reactors requires continuous efforts in understanding the fundamental physical quantities related to the fission process. In...
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StartPage 55
SubjectTerms Approximation
Control theory
Design
Experiments
Feedback
Function analysis
Laplace transforms
Modulation
Noise
Nuclear engineering
Nuclear power plants
Nuclear reactors
Nuclear safety
Parameters
Physics
Population
Reactor physics
Stability analysis
Systems stability
Transfer functions
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Title Review of kinetic modulation experiments in low power nuclear reactors
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