Abstract. The aim of this paper is to give an overview of theoretical predictions on heights of fission barriers for superheavy nuclei. The macroscopic-microscopic model of the potential energy as a function of nuclear shape is briefly presented. Immersion method of searching for saddle points determining the barrier heights which has been recently adapted to nuclear physics is discussed. Predictions of fission barrier heights for a wide region of superheavy nuclei are given, as well as a comparison to results obtained by other approaches and to existing experimental data. I
The fission barriers standing in the quasi-molecular shape path have been de-termined within a gener...
Superheavy nuclei exist solely due to quantum shell effects, which create a pocket in the potential-...
We present calculations based on a realistic theoretical model of the multi-dimensional potential-en...
We investigate the systematics of fission barriers in superheavy elements in the range Z = 108-120 a...
We present calculations of fission properties for heavy elements. The calculations are based on the ...
We report on the first measurement of the fission barrier height in a heavy shell-stabilized nucleus...
The fission barriers of twenty-six isotopes of Thorium, Uranium, Plutonium, Californium, Fermium and...
The fission barriers of twenty-six isotopes of Thorium, Uranium, Plutonium, Californium, Fermium and...
The macroscopic part of the fission barriers of medium and heavy nuclei is calculated looking for th...
The fission barriers of twenty-six isotopes of Thorium, Uranium, Plutonium, Californium, Fermium and...
In the framework of the macroscopic-microscopic model, this study investigates fission barriers in t...
Self-consistent microscopic mean-field models are powerful tools for the description of nuclear stru...
We investigate the structure of the potential energy surfaces of the superheavy nuclei 258158Fm100, ...
Superheavy nuclei exist solely due to quantum shell effects, which create a pocket in the potential-...
Using the ETFSI (extended Thomas-Fermi plus Strutinsky integral) method, we have calculated the fiss...
The fission barriers standing in the quasi-molecular shape path have been de-termined within a gener...
Superheavy nuclei exist solely due to quantum shell effects, which create a pocket in the potential-...
We present calculations based on a realistic theoretical model of the multi-dimensional potential-en...
We investigate the systematics of fission barriers in superheavy elements in the range Z = 108-120 a...
We present calculations of fission properties for heavy elements. The calculations are based on the ...
We report on the first measurement of the fission barrier height in a heavy shell-stabilized nucleus...
The fission barriers of twenty-six isotopes of Thorium, Uranium, Plutonium, Californium, Fermium and...
The fission barriers of twenty-six isotopes of Thorium, Uranium, Plutonium, Californium, Fermium and...
The macroscopic part of the fission barriers of medium and heavy nuclei is calculated looking for th...
The fission barriers of twenty-six isotopes of Thorium, Uranium, Plutonium, Californium, Fermium and...
In the framework of the macroscopic-microscopic model, this study investigates fission barriers in t...
Self-consistent microscopic mean-field models are powerful tools for the description of nuclear stru...
We investigate the structure of the potential energy surfaces of the superheavy nuclei 258158Fm100, ...
Superheavy nuclei exist solely due to quantum shell effects, which create a pocket in the potential-...
Using the ETFSI (extended Thomas-Fermi plus Strutinsky integral) method, we have calculated the fiss...
The fission barriers standing in the quasi-molecular shape path have been de-termined within a gener...
Superheavy nuclei exist solely due to quantum shell effects, which create a pocket in the potential-...
We present calculations based on a realistic theoretical model of the multi-dimensional potential-en...