The pre-equilibrium proton induced emission of light complex nuclei with energies in the continuum has been studied comprehensively for many years. Double–differential cross sections and especially analyzing power distributions are typical of an intranuclear nucleon-nucleon multistep statistical reaction mechanism. The final stage of the reaction may be a result of a direct pickup or knockout of the ejectile. The discussion on this subject continues to be a hot topic for both theoretical and experimental investigations. In this paper the results from the latest studies of the inclusive ($\vec p$, α) reactions on 59Co to the continuum will be reported. The formalism based on the statistical multistep direct emission formulation of Fesh...
This project looks at the angular distributions of the differential cross sections and analyzing pow...
Nucleon-induced inclusive reactions at incident energies in the 100 to 200 MeV range, in which light...
Nucleon-induced inclusive reactions at incident energies in the 100 to 200 MeV range, in which light...
The pre-equilibrium proton induced emission of light complex nuclei with energies in the continuum ...
Pre-equilibrium proton induced emissions of light complex nuclei with energies in the continuum have...
Unbound 1p1h states are excited together with the bound ones in one-step direct processes induced by...
The reaction mechanism of proton-induced composite particle pre-equilibrium emission as an intrinsic...
The reaction mechanism of proton-induced composite particle pre-equilibrium emission as an intrinsic...
At incident energies in the 100 to 200 MeV range, nucleon-induced inclusive reactions with emission ...
423-426In the present study we have calculated the proton spectra of 59Co(n,xp) using TALYS-1.9. TAL...
In the present study we have calculated the proton spectra of 59Co(n,xp) using TALYS-1.9. TALYS uses...
Recent results for the inclusive reaction 93Nb(p,α) between incident energies of 65 and 160 MeV are ...
The reaction 58Ni(p,3He)56Co was investigated in the range from 80 to 120 MeV in order to determine ...
The reaction 58Ni(p,3He)56Co was investigated in the range from 80 to 120 MeV in order to determine ...
This project looks at the angular distributions of the differential cross sections and analyzing pow...
This project looks at the angular distributions of the differential cross sections and analyzing pow...
Nucleon-induced inclusive reactions at incident energies in the 100 to 200 MeV range, in which light...
Nucleon-induced inclusive reactions at incident energies in the 100 to 200 MeV range, in which light...
The pre-equilibrium proton induced emission of light complex nuclei with energies in the continuum ...
Pre-equilibrium proton induced emissions of light complex nuclei with energies in the continuum have...
Unbound 1p1h states are excited together with the bound ones in one-step direct processes induced by...
The reaction mechanism of proton-induced composite particle pre-equilibrium emission as an intrinsic...
The reaction mechanism of proton-induced composite particle pre-equilibrium emission as an intrinsic...
At incident energies in the 100 to 200 MeV range, nucleon-induced inclusive reactions with emission ...
423-426In the present study we have calculated the proton spectra of 59Co(n,xp) using TALYS-1.9. TAL...
In the present study we have calculated the proton spectra of 59Co(n,xp) using TALYS-1.9. TALYS uses...
Recent results for the inclusive reaction 93Nb(p,α) between incident energies of 65 and 160 MeV are ...
The reaction 58Ni(p,3He)56Co was investigated in the range from 80 to 120 MeV in order to determine ...
The reaction 58Ni(p,3He)56Co was investigated in the range from 80 to 120 MeV in order to determine ...
This project looks at the angular distributions of the differential cross sections and analyzing pow...
This project looks at the angular distributions of the differential cross sections and analyzing pow...
Nucleon-induced inclusive reactions at incident energies in the 100 to 200 MeV range, in which light...
Nucleon-induced inclusive reactions at incident energies in the 100 to 200 MeV range, in which light...