Next theme	Prev. theme
to field of reseach	to contents

Theory of Nuclei and Other Finite Systems

• Elaboration of a thermal self-consistent random phase approximation for the pairing model
  
  Investigations of toroidal, isoscalar and pygmy E1 resonances in nuclei of a different shape within microscopic approaches
  
  Study of low-lying quadrupole and octupole states in sulphur isotopes within the quasiparticle RPA with the finite rank approximation for the Skyrme interaction
  
  Large scale calculations of the low-lying excited states in heavy odd-mass tellurium isotopes and deformed nuclei at the beginning of the actinide region within the quasiparticle-phonon model
  
  
• Investigation of cluster effects in the structure of the ground and superdeformed bands in nuclei with A~ 60 and calculations within the cluster approach of a gamma-decay of superdeformed bands into the ground bands
  
  Calculations of cross-sections of the superheavy element formation in the incomplete fusion reactions based on the dinuclear system model
  
  Calculations of the friction and diffusion coefficients to describe reactions with heavy ions in the framework of the approach based on the Langevin equations
  
  Development of the statistical approach in multidimensional space of deformation parameters for the description of mass distributions of fission fragments
  
  
• The establishment of the sufficient condition for collapse of four identical bosons with two-body centrifugal interactions
  
  New estimations for rotation of spectral subspaces under perturbation; analysis of the conditions for existence and uniqueness of solutions for the operator Riccati equation
  
  Model independent calculations of bound-state energies, scattering phase shifts and recombination coefficients in three-atomic systems
  
  Elaboration and application of the adiabatic approach to the states of a three-body system with high angular momenta
  
  
• Study of exotic non-diffractive processes and the baryon resonance excitations with contemporary theoretical models for analysis of strangeness photoproduction in reactions with polarized photons and light nuclei
  
  Creation of a 3-fluid relativistic hydrodynamic code with using various equations of state for describing heavy ion collisions at energies of SIS-Darmstadt, Nuclotron-Dubna and SPS-CERN
  
  Study of the deuteron properties in the elastic eD-scattering as well as in photo- and electrobreakup within the Bethe-Salpeter formalism with separable kernel of NN-interaction.
  
  Theoretical analysis of the deuteron break-up process pD ppn at extremely small relative momentum in the final pp-pair in connection with the experimental programme at the COSY setup.
  
  Developing microscopic models to calculate nucleus-nucleus optical potentials and respective cross-sections at intermediate energies.

Next theme	Prev. theme
to field of reseach	to contents