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Russian Nuclear Data Center (CJD) - is Laboratory within
Theoretical Physics Division of Nuclear Physics Department in Leipunsky Institute of Physics and Power Engineering.
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Theoretical Physics Division
Head - A.I. Blokhin
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Head of Russian Nuclear data Center. Evaluation of neutron and photonuclear data,
theoretical calculations of neutron cross
sections, calculation of material activation for
fusion applications, formation of evaluated data
files.
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Russian Nuclear Data Center |
Theory of nuclear reactions, development of
nuclear models, evaluation of nuclear data,
test of evaluated data libraries.
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Evaluation of nuclear data, search for threshold
reaction cross section systematics, applications to activation
and radiation damage of reactor materials,
formation of evaluated data libraries.
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Evaluation of nuclear data for reactor dosimetry,
unfolding of neutron spectra,
calculation of covariance matrices.
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Nikolay A. Demin
demin_nick@mail.ru
Calculation of radiation damage dose in
reactor structural materials.
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Theory of nuclear reactions, nuclear model
calculation and evaluation of neutron data, analysis of
nuclear data uncertainties.
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Compilation and the processing of
experimental data for worldwide library EXFOR.
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Ivan Sipachov
sipachov@ippe.ru
Calculation of neutron data for activation
and radiation damage problems.
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Data processing of evaluated data in
ENDF-format formation of full files for evaluated
data library.
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Staff of Theoretical Nuclear Phisics Unit |
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Nuclear density functionals, spin-isospin
excitations and nuclear beta decay. Nuclear data for
astrophysics.
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Physical aspects closed fuel cycle and spent
fuel transmutation. Development of rational function
approximation method, evaluation of nuclear data and covariance
matrices of uncertainties.
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Sergey P. Kamerdzhiev
kamerdzhiev@ippe.ru
Development of microscopic nuclear theory in the
low energy physics (giant resonances, nuclear pairing),
development of many-body theory.
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Elena V. Litvinova
litva@aport.ru
Theoretical description of low-energy nuclear dynamics:
development of microscopic approaches based on the
consistent Green function method for spectroscopic
calculations, quantitative analysis of quasiparticle-
phonon coupling in nuclei with opened shells.
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