V. I. Lyashuk

The Concept of a Powerful Antineutrino Source

A powerful antineutrino source with a hard

Intense antineutrino source based on a lithium converter. Proposal for a promising experiment for studying oscillations

\tilde \nu _e

SUPERHEAVY ELEMENTS PRODUCTION IN HIGH INTENSIVE NEUTRON FLUXES

spectrum obtained upon the (n, γ) activation of the 7Li isotope and the subsequent β− decay (T1/2 = 0.84 s) of the 8Li isotope with the emission of high-energy

Calculation of transuranium element synthesis in intensive neutron fluxes under adiabatic conditions

\tilde \nu _e

Simulating transuranium isotope yields upon explosive nucleosynthesis with allowance for elements of process dynamics

with Ev of up to 13 MeV was discussed. The source can be constructed both in the static regime (by covering the active reactor zone with highly purified 7Li) and in the dynamic regime of operation. In the dynamic regime, lithium is pumped over in a closed cycle through a converter (i.e., a volumetric reservoir) close to the active reactor zone and further to a remote detector. The source can be constructed on the basis of both highly purified 7Li isotope in the metal state and chemical compounds of the 7Li isotope. The setup can be developed on the basis of an intensive neutron source or an accelerator with a neutron-producing target. In the dynamic regime, the proposed lithium antineutrino source enables us to increase the cross-section of the (