summary:In this paper, the linear problem of reactor kinetics with delayed neutrons is studied whose formulation is based on the integral transport equation. Besides the proof of existence and uniqueness of the solution, a special random process and random variables for numerical elaboration of the problem by Monte Carlo method are presented. It is proved that these variables give an unbiased estimate of the solution and that their expectations and variances are finite
A collision probability method has been developed for the modeling of nuclear reactor kinetics in on...
This paper deals with the calculation of the effective delayed neutron fraction (betaeff) in circula...
Abstract: A non-stationary physical reactor model in two-dimensional geometry is considere...
summary:In this paper, the linear problem of reactor kinetics with delayed neutrons is studied whose...
[[abstract]]In a nuclear fission reactor, the decay constant of delayed neutrons will often determin...
The solution of the time-dependent transport problem for neutrons and precursors in a nuclear reacto...
The studies on Accelerator-Driven Systems (ADSs) have renewed the interest in the theoretical and co...
The domestic program complex for analysis of the point neutron kinetics parameters has been created ...
Abstract. The distribution of neutron population in nuclear reactor is described by using transport ...
In this thesis a new method for the analysis of power transients in a nuclear reactor is developed, ...
International audienceTime-dependent Monte Carlo neutron transport is key to addressing several appl...
Analytical formulations that describe the time dependence of neutron populations in nuclear material...
A high-order, transient transport method based on the response matrix formalism is developed for app...
A simplified stochastic model based on the forward stochastic model in the stochastic kinetics theor...
In a previous study, the stochastic space-dependent kinetics model (SSKM) based on the forward stoch...
A collision probability method has been developed for the modeling of nuclear reactor kinetics in on...
This paper deals with the calculation of the effective delayed neutron fraction (betaeff) in circula...
Abstract: A non-stationary physical reactor model in two-dimensional geometry is considere...
summary:In this paper, the linear problem of reactor kinetics with delayed neutrons is studied whose...
[[abstract]]In a nuclear fission reactor, the decay constant of delayed neutrons will often determin...
The solution of the time-dependent transport problem for neutrons and precursors in a nuclear reacto...
The studies on Accelerator-Driven Systems (ADSs) have renewed the interest in the theoretical and co...
The domestic program complex for analysis of the point neutron kinetics parameters has been created ...
Abstract. The distribution of neutron population in nuclear reactor is described by using transport ...
In this thesis a new method for the analysis of power transients in a nuclear reactor is developed, ...
International audienceTime-dependent Monte Carlo neutron transport is key to addressing several appl...
Analytical formulations that describe the time dependence of neutron populations in nuclear material...
A high-order, transient transport method based on the response matrix formalism is developed for app...
A simplified stochastic model based on the forward stochastic model in the stochastic kinetics theor...
In a previous study, the stochastic space-dependent kinetics model (SSKM) based on the forward stoch...
A collision probability method has been developed for the modeling of nuclear reactor kinetics in on...
This paper deals with the calculation of the effective delayed neutron fraction (betaeff) in circula...
Abstract: A non-stationary physical reactor model in two-dimensional geometry is considere...