Add to ORKGVarious approaches for nucleus-nucleus interaction potential evaluation are discussed in details. It is shown that the antisymmetrization of nucleons belonging to different nuclei and the Pauli principle give the essential contribution into the nucleus-nucleus potential at distances, when nuclei are strongly overlapping, and lead to appearance of the repulsive core of nucleusnucleus interaction at small distances between nuclei
A new development in the antisymmetrization of the first-order nucleon-nucleus elastic microscopic o...
Effective nucleus-nucleus potential is studied within the framework of the double folding approach, ...
Inter-relations are investigated between our theory of the local inter-nucleus potential based on th...
Elastic scattering 16О + 12C at energies 132 and 169 MeV, 12C + 12C at energies 139.5 and 158.8 MeV ...
The nucleus-nucleus potentials (VN) over a range of interaction distances (-2<S<2.5 fm) have b...
An investigation is made into the choice of internucleon potentials which are appropriate for nuclea...
An analytical expression for the calculation of the nucleus-nucleus potential has been derived from ...
The proximity potential is discussed for the inelastic scattering of a spherical nucleus on a deform...
The knowledge of the nuclear potential between two colliding nuclei is a fundamental ingredient in ...
The energy density formalism is extended into the complex domain to calculate both the real and imag...
Extensive systematizations of theoretical and experimental nuclear densities and of optical potentia...
We investigate the inter·nucleus complex potential by the many body theory containing the Pauli prin...
From the Wick-Dyson expansion of the exact propagator of a pion in the presence of a nucleus, an inv...
A suitable, physically reasonable choice of separable nucleon-nucleus potential is made, which leads...
We calculate the real part of the nucleus-nucleus potential by using a method based on the energy fu...
A new development in the antisymmetrization of the first-order nucleon-nucleus elastic microscopic o...
Effective nucleus-nucleus potential is studied within the framework of the double folding approach, ...
Inter-relations are investigated between our theory of the local inter-nucleus potential based on th...
Elastic scattering 16О + 12C at energies 132 and 169 MeV, 12C + 12C at energies 139.5 and 158.8 MeV ...
The nucleus-nucleus potentials (VN) over a range of interaction distances (-2<S<2.5 fm) have b...
An investigation is made into the choice of internucleon potentials which are appropriate for nuclea...
An analytical expression for the calculation of the nucleus-nucleus potential has been derived from ...
The proximity potential is discussed for the inelastic scattering of a spherical nucleus on a deform...
The knowledge of the nuclear potential between two colliding nuclei is a fundamental ingredient in ...
The energy density formalism is extended into the complex domain to calculate both the real and imag...
Extensive systematizations of theoretical and experimental nuclear densities and of optical potentia...
We investigate the inter·nucleus complex potential by the many body theory containing the Pauli prin...
From the Wick-Dyson expansion of the exact propagator of a pion in the presence of a nucleus, an inv...
A suitable, physically reasonable choice of separable nucleon-nucleus potential is made, which leads...
We calculate the real part of the nucleus-nucleus potential by using a method based on the energy fu...
A new development in the antisymmetrization of the first-order nucleon-nucleus elastic microscopic o...
Effective nucleus-nucleus potential is studied within the framework of the double folding approach, ...
Inter-relations are investigated between our theory of the local inter-nucleus potential based on th...