Design Concepts for Stationary Reactor Lasers

Melnikov, S. P.; Sizov, A. N.; Sinyanskiǐ, A. A.; Miley, George H.

doi:10.1007/978-3-319-08882-2_10

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2022

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“…[4,14,15] The recombination process directly depends on the energy distribution of electrons, which, in its own turn, depends on the evolution of the energy spectra of fission fragments created precisely by the neutron flux distribution in the active zone of a nuclear reactor. [6,30] Taking into account fast, slow and very slow time scales, the time-dependent energy distribution functions for fission fragments and electrons might be obtained from (Equation (1),Equation ( 13)): ) .…”

Section: ( T ⃗ 𝜉mentioning

confidence: 99%

Formation of energy spectra of electrons in a dense weakly ionized plasma generated by fission fragments

Shapiyeva

Сон

Kunakov

2022

Contributions to Plasma Physics

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For a weakly ionized dense plasma irradiated by fission fragments, the coupled self-consistent Boltzmann equations for fission fragments and electrons are defined. The evolution of the energy spectra of fast particles in a plasma is investigated on the basis of these equations. Studies of the energy distribution function of fission fragments and primary electrons for a helium-3 plasma irradiated by neutron flux, as well as their non-stationary and stationary analytical solutions, are found and analysed.

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