Saturation of the coupling-scheme is studied in dispersive optical model calculations of nucleon induced reactions on 238U target. Recently derived potential that is based on a soft-rotator-model (SRM) description of the collective levels of the target nucleus with volume conservation is used. It is show that calculated direct excitation cross sections of all considered non-GS bands levels are larger than the 4+ GS band level excitation, and can't be ignored in coupled-channel calculations. SRM couplings of 21 levels constitute a saturated coupling scheme that allows a precise calculation of the compound-nucleus (CN) formation cross sections up to several MeV
An isospin-dependent coupled-channel optical model potential containing a dispersive term with a non...
A microscopic calculation of reaction cross sections for nucleon-nucleus scattering has been perform...
A previously derived dispersive coupled-channels optical model potential for nucleon scattering on 2...
Saturation of the coupling-scheme is studied in dispersive optical model calculations of nucleon ind...
A new dispersive coupled-channel optical model (DCCOM) is derived that describes nucleon scattering ...
A dispersive coupled-channel optical model potential (DCCOMP) that couples the ground-state rotation...
The previously derived Lane consistent dispersive coupled-channel optical model for nucleon scatteri...
A dispersive coupled-channel optical model potential (DCCOMP) that couples the ground-state rotation...
Abstract. Optical model analyses have been carried out for nucleon-induced reactions on medium and h...
An extension for odd-A actinides of a previously derived dispersive coupledchannel optical model pot...
Optical model analyses have been carried out for nucleon-induced reactions on medium and heavy nucle...
The Tamura coupling model [Rev. Mod. Phys. 37, 679 (1965)] has been extended to consider the couplin...
A new dispersive multiband coupled channels optical model with soft-rotator “effective” deformations...
A new dispersive multiband coupled channels optical model with soft-rotator “effective” deformations...
Recently derived isospin dependent optical model potentials (OMP) containing a dispersive term inclu...
An isospin-dependent coupled-channel optical model potential containing a dispersive term with a non...
A microscopic calculation of reaction cross sections for nucleon-nucleus scattering has been perform...
A previously derived dispersive coupled-channels optical model potential for nucleon scattering on 2...
Saturation of the coupling-scheme is studied in dispersive optical model calculations of nucleon ind...
A new dispersive coupled-channel optical model (DCCOM) is derived that describes nucleon scattering ...
A dispersive coupled-channel optical model potential (DCCOMP) that couples the ground-state rotation...
The previously derived Lane consistent dispersive coupled-channel optical model for nucleon scatteri...
A dispersive coupled-channel optical model potential (DCCOMP) that couples the ground-state rotation...
Abstract. Optical model analyses have been carried out for nucleon-induced reactions on medium and h...
An extension for odd-A actinides of a previously derived dispersive coupledchannel optical model pot...
Optical model analyses have been carried out for nucleon-induced reactions on medium and heavy nucle...
The Tamura coupling model [Rev. Mod. Phys. 37, 679 (1965)] has been extended to consider the couplin...
A new dispersive multiband coupled channels optical model with soft-rotator “effective” deformations...
A new dispersive multiband coupled channels optical model with soft-rotator “effective” deformations...
Recently derived isospin dependent optical model potentials (OMP) containing a dispersive term inclu...
An isospin-dependent coupled-channel optical model potential containing a dispersive term with a non...
A microscopic calculation of reaction cross sections for nucleon-nucleus scattering has been perform...
A previously derived dispersive coupled-channels optical model potential for nucleon scattering on 2...