NEUTRON-PHYSICAL CHARACTERISTICS OF A SYSTEM OF QUASI-INFINITE DEPLETED URANIUM BLANKET – PARTICLE ACCELERATOR. MONTE CARLO SIMULATION | Zendy

O.V. Bukhal | Zendy; Krystsina Husak | Zendy; I.V. Zhuk | Zendy; V. Voronko | Zendy; Vladimir Sotnikov | Zendy; A.А. Zhadan | Zendy; A.А. Baldin | Zendy; S.I. Tyutyunnikov | Zendy

Open Access

NEUTRON-PHYSICAL CHARACTERISTICS OF A SYSTEM OF QUASI-INFINITE DEPLETED URANIUM BLANKET – PARTICLE ACCELERATOR. MONTE CARLO SIMULATION

Author(s) -

O.V. Bukhal,

Krystsina Husak,

I.V. Zhuk,

V. Voronko,

Vladimir Sotnikov,

A.А. Zhadan,

A.А. Baldin,

S.I. Tyutyunnikov

Publication year - 2019

Publication title -

problems of atomic science and technology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.216

H-Index - 17

eISSN - 1562-6016

pISSN - 1682-9344

DOI - 10.46813/2019-124-181

Subject(s) - monte carlo method , neutron , nuclear physics , physics , proton , blanket , deuterium , neutron flux , uranium , particle accelerator , particle (ecology) , neutron cross section , beam (structure) , neutron temperature , materials science , optics , statistics , mathematics , oceanography , composite material , geology

Simulation of a quasi-infinite uranium target irradiated by 1 GeV proton and deuteron particles with the help of FLUKA simulation package was carried out. Neutron spectra and neutron flux in a target volume were obtained. 235U(n,f), 238U(n,f), 238U(n,g) reaction rates in a target were determined. Beam particle power multiplication were calculated.

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