M. Kievets

Determination of isotopic composition of plutonium in hot particles of the Chernobyl area

I. Zhuk, S. Boulyga, N. Trautmann, 1997 .

Determination of natural uranium fission rate in fast spallation and fission neutron field : An experimental and Monte Carlo study

I. Zhuk, W. Westmeier, R. Brandt, 2008 .

First experiments with a large uranium blanket within the installation “energy plus transmutation” exposed to 1.5 GeV protons

K. K. Dwivedi, S. Korneev, R. Hashemi-Nezhad, 2003, Kerntechnik.

Development of gamma-ray/x-ray spectrometric methods for monitoring the contamination of soil with241Am and Pu

I. Zhuk, V. S. Shkol'nik, V. Popov, 1997 .

Investigation of the Neutron Fields on the Surface of a Massive Lead Target Irradiated with 1.5 and 5 GeV Protons

I. Zhuk, M. Krivopustov, A. Sosnin, 2005 .

Fission rates of nuclides in the neutron field formed on the surface of a massive lead target irradiated with protons at energy of 5.0 Gev

I. Zhuk, A. Sosnin, M. Kievets, 2015 .

(On behalf of ®Energy plus Transmutation ̄ Collaboration) INVESTIGATION OF SPATIAL DISTRIBUTION OF FISSION-RATE OF NATURAL URANIUM NUCLEI IN THE BLANKET OF ELECTRONUCLEAR SETUP ®ENERGY PLUS TRANSMUTATION ̄ AT DUBNA NUCLOTRON PROTON BEAM AT ENERGY 1.5 GeV

I. Zhuk, W. Westmeier, R. Brandt, 2009 .