The theory of the Feynman-alpha method, which is used to determine the subcritical reactivity of systems driven by an external source such as an ADS, is extended to two energy groups with the inclusion of delayed neutrons. This paper presents a full derivation of the variance to mean formula with the inclusion of two energy groups and delayed neutrons. The results are illustrated quantitatively and discussed in physical terms
Recently, a modified Feynman-alpha technique for the subcritical system driven by periodically trigg...
A Feynman-alpha formula has been derived in a two region domain pertaining the stochastic differenti...
A stochastic theory for a branching process in a neutronpopulation with two energy levels is used to...
The theory of the Feynman-alpha method, which is used to determine the subcritical reactivity of sys...
The theory of the Feynman-alpha method was extended to two-energy groups and two-regions by the use ...
The theory of Feynman-alpha method was extended to two-point one-group, two-group onepoint, and two-...
This paper presents a full derivation of the variance-to-mean or Feynman-alpha formula in a two-ener...
In this contribution, a stochastic theory for a branching process in a neutron population with two e...
Subcriticality measurements during core loading and in future accelerator driven systems have a clea...
Feynman-alpha and Rossi-alpha methods are used in traditional nuclear reactors to determine the subc...
[EN] Neutron noise measurements based on the Rossi-α and Feynman-α methodologies have been performed...
The applicability of the two-group (one-region) and two-region (one-group) Feynman-alpha (variance t...
[EN] Feynman-α and Rossi-α formulas including multiple α-modes are derived for stochastic and contin...
Accelerator Driven systems (ADS) have been proposed as safe and reliable nuclear systems for energy ...
Two versions of the neutron gamma variance to mean (Feynman-alpha method or Feynman-Y function) form...
Recently, a modified Feynman-alpha technique for the subcritical system driven by periodically trigg...
A Feynman-alpha formula has been derived in a two region domain pertaining the stochastic differenti...
A stochastic theory for a branching process in a neutronpopulation with two energy levels is used to...
The theory of the Feynman-alpha method, which is used to determine the subcritical reactivity of sys...
The theory of the Feynman-alpha method was extended to two-energy groups and two-regions by the use ...
The theory of Feynman-alpha method was extended to two-point one-group, two-group onepoint, and two-...
This paper presents a full derivation of the variance-to-mean or Feynman-alpha formula in a two-ener...
In this contribution, a stochastic theory for a branching process in a neutron population with two e...
Subcriticality measurements during core loading and in future accelerator driven systems have a clea...
Feynman-alpha and Rossi-alpha methods are used in traditional nuclear reactors to determine the subc...
[EN] Neutron noise measurements based on the Rossi-α and Feynman-α methodologies have been performed...
The applicability of the two-group (one-region) and two-region (one-group) Feynman-alpha (variance t...
[EN] Feynman-α and Rossi-α formulas including multiple α-modes are derived for stochastic and contin...
Accelerator Driven systems (ADS) have been proposed as safe and reliable nuclear systems for energy ...
Two versions of the neutron gamma variance to mean (Feynman-alpha method or Feynman-Y function) form...
Recently, a modified Feynman-alpha technique for the subcritical system driven by periodically trigg...
A Feynman-alpha formula has been derived in a two region domain pertaining the stochastic differenti...
A stochastic theory for a branching process in a neutronpopulation with two energy levels is used to...