Nuclear Physics Department

The main areas of research, carrying out in Nuclear Physics Department
  • Particles production processes, exotic nuclear state in nuclei interactions in wide energy range

  • Two-partial hadronic decay of the vector mesons, calculation of nucleon properties and their interactions in nuclear matter;

  • Elastic, inelastic and quasi-elastic scattering of nucleons, light nuclei clusters in the frames of Glauber-Sitenko diffraction theory;

  • KIR+(ß-decay), KIR+(K-capture) type resonance processes, determination of width of nucleon resonances;

  • Excited states in deformed nonaxial nuclei, as well as superdeformed nuclei with isomeric states properties investigation for applications;

  • Quantum properties of excited states in nuclei in a wide range of mass numbers, as well as, study of kinetic energy and charge of fission fragments;

  • Nuclear reactions with   nucleon and nucleon associations transfer for obtaining spectroscopic information and its use in solution of nuclear astrophysics problems at very low energies;

  • Development of three-particle calculation method to study light nuclei clusters decay, the asymptotics of three-particle wave functions for nuclear resonance system;

  • Research for surface barrier and subbarrier resonance state of light nuclei, as well as, the nuclear-molecular system and their properties in quasi-bound states;

  • Research for electromagnetic properties of conducting and plasma mediums in stationary gravitational field;

  • Research for evolution of quantum multiparticle systems;

  • Research for properties of first wall coatings of thermonuclear reactors and other reactor materials by nuclear-physical methods.

Link Theoretical physics department
Link
Link Nuclear reactions laboratory
Link Nuclear spectroscopy laboratory
Link Few nucleon systems laboratory
Link Relativistic nuclear physics laboratory
Link Heavy ions physics department
Submitted by admin on Sat, 09/05/2009 - 19:39