Skyrme functional is commonly used for the description of ground-state and dynamical properties of atomic nuclei. To describe the dynamical properties in the microscopic self-consistent way, we employed Separable Random Phase Approximation (SRPA) based on Skyrme functional. This work describes theory of Skyrme Hartree-Fock and SRPA and presents numerical calculation of E1 and M1 giant resonances in spherical nuclei Ca-40 - Fe-56. There is some evidence for non-zero ground-state deformation of the nucleus Fe-56, so it is treated also with such assumption. The results obtained for various parametrizations are compared to the experimental data
The giant dipole resonance (GDR) in deformed nuclei is analyzed using the self-consistent separable ...
The self-consistent separable random-phase approximation (SRPA) model with Skyrme forces is extended...
The self-consistent separable RPA (random phase approximation) method is formulated for Skyrme force...
We formulate the self-consistent separable random-phase-approximation (SRPA) method and specify it f...
Density functional theory is a preferred microscopic method for calculation of nuclear properties ov...
Title: Energy functional theories in nuclear physics Author: Daniel Božík Department: Institute of P...
Time-odd densities and their effect on electric giant resonances are investigated within the self-co...
In the present contribution, we discuss the behavior of Skyrme forces when they are employed to stud...
We discuss major differences between electric and magnetic excitations in nuclei appearing in self-c...
We discuss a realistic case of fitting the values of the Skyrme parameters to an extensive set of ex...
The isoscalar giant monopole resonance (GMR) in Samarium isotopes (from spherical 144Sm to deformed ...
We present fully self-consistent calculations of isoscalar giant monopole and quadrupole as well as ...
International audienceIt has been recently shown, that some Skyrme functionals can lead to non-conve...
Our paper aims at providing an answer to the question of whether one can reliably describe the prope...
The isovector dipole E1 strength in Mo isotopes with A=92,94,96,98,100 is analyzed within the self-c...
The giant dipole resonance (GDR) in deformed nuclei is analyzed using the self-consistent separable ...
The self-consistent separable random-phase approximation (SRPA) model with Skyrme forces is extended...
The self-consistent separable RPA (random phase approximation) method is formulated for Skyrme force...
We formulate the self-consistent separable random-phase-approximation (SRPA) method and specify it f...
Density functional theory is a preferred microscopic method for calculation of nuclear properties ov...
Title: Energy functional theories in nuclear physics Author: Daniel Božík Department: Institute of P...
Time-odd densities and their effect on electric giant resonances are investigated within the self-co...
In the present contribution, we discuss the behavior of Skyrme forces when they are employed to stud...
We discuss major differences between electric and magnetic excitations in nuclei appearing in self-c...
We discuss a realistic case of fitting the values of the Skyrme parameters to an extensive set of ex...
The isoscalar giant monopole resonance (GMR) in Samarium isotopes (from spherical 144Sm to deformed ...
We present fully self-consistent calculations of isoscalar giant monopole and quadrupole as well as ...
International audienceIt has been recently shown, that some Skyrme functionals can lead to non-conve...
Our paper aims at providing an answer to the question of whether one can reliably describe the prope...
The isovector dipole E1 strength in Mo isotopes with A=92,94,96,98,100 is analyzed within the self-c...
The giant dipole resonance (GDR) in deformed nuclei is analyzed using the self-consistent separable ...
The self-consistent separable random-phase approximation (SRPA) model with Skyrme forces is extended...
The self-consistent separable RPA (random phase approximation) method is formulated for Skyrme force...