Gulik V. The Model of Two-zone Research Subcritical Nuclear Reactor driven by High-Intensity Neutron Generator

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0412U001880

Thesis Registration Form

0412U001880.pdf

Applicant for

Specialization

  • 05.14.14 - Теплові та ядерні енергоустановки

29-03-2012

Specialized Academic Board

Д 26.167.01

Institute for Nuclear Research of NAS of Ukraine

Essay

The dissertation is devoted to development of neutron-physical model of research subcritical nuclear reactor driven by high-intensity neutron generator. The presented model of reactor has two fuel cores with fast and thermal neutron spectrums what can allow to carry out the nuclear waste transmutation and to solve the applied tasks which need the different neutron spectra. Optimization modeling of homogeneous and heterogeneous subcritical systems is done using the codes MCNP and SCALE. The optimization characteristics of research subcritical nuclear reactor are obtained.

Read more

Files

Aref.doc

Dis.doc

Similar theses

0524U000003

Vadym A. Kondratiuk

Improving the safety of nuclear power plants through qualification and modernization of accident management systems

0421U103568

Rusinko Pavel M.

Radioactive waste generation control and forecast of operating NPPs of Ukraine

0521U101407

Chichenin Vadim V.

Improving the theoretical foundations and experimental methods for NPP circulating cooling systems energy efficient structures creation.

0421U102143

Ghanem Hussam

Improving the efficiency of water purification, including liquid radioactive waste treatment

0421U102067

Pavlyshyn Pavlo Ya.

Improving the reliability of power valves