Ismail S. Cascade-stochastic method of neutrino diagnostics for inside-reactor processes and fuel-containing masses

The essentially new cascade-stochastic method of neutrino diagnostics for inside-reactor processes and fuel-containing masses is developed. This method based on statistics of neutrino detection allows to restore the dynamics simultaneously of all totality of main parameters of reactor core. It is shown that the statistics of reactor antineutrino detection are well described by Neyman type A distribution. The determination of physical parameters of this distribution does not require a priori knowledge of reactor power and composition of nuclear fuel. The cascade-stochastic method and theoretical principles of correlation method for the determination of electron antineutrino mixing angle at thermal reactors-converters and natural uranium as nuclear fuel is offered.