The fusion cross section of 60Ni + 100Mo has been measured down to microbarn level, looking for hindrance at low energy, in a system with positive Q-values for neutron transfer. The measured cross sections look similar to those of the nearby 64Ni + 100Mo, but no conclusive statement can be made at this stage, as to the onset of hindrance in this system
The fusion excitation function of 60Ni + 100Mo has been measured from above the Coulomb barrier down...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...
The fusion cross section of Ni-60 + Mo-100 has been measured down to microbarn level, looking for hi...
The fusion cross section of Ni-60 + Mo-100 has been measured down to microbarn level, looking for hi...
The fusion cross section of 60Ni + 100Mo has been measured down to microbarn lev...
The fusion cross section of 60Ni + 100Mo has been measured down to microbarn lev...
The fusion excitation function of Ni-60 + Mo-100 has been measured from above the Coulomb barrier do...
The fusion excitation function of 60 Ni + 100 Mo has been measured from above the Coulomb barrier do...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
The argument of this thesis is the measurement of deep sub-barrier fusion cross sections for 58Ni +6...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
The fusion excitation function of 60Ni + 100Mo has been measured from above the Coulomb barrier down...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...
The fusion cross section of Ni-60 + Mo-100 has been measured down to microbarn level, looking for hi...
The fusion cross section of Ni-60 + Mo-100 has been measured down to microbarn level, looking for hi...
The fusion cross section of 60Ni + 100Mo has been measured down to microbarn lev...
The fusion cross section of 60Ni + 100Mo has been measured down to microbarn lev...
The fusion excitation function of Ni-60 + Mo-100 has been measured from above the Coulomb barrier do...
The fusion excitation function of 60 Ni + 100 Mo has been measured from above the Coulomb barrier do...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
The argument of this thesis is the measurement of deep sub-barrier fusion cross sections for 58Ni +6...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...
In order to better understand the influence of transfer in sub-barrier nuclear reactions, cross sect...
The fusion excitation function of 60Ni + 100Mo has been measured from above the Coulomb barrier down...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...
58Ni +64Ni is the first case where the influence of positive Q-value transfer channels on sub-barrie...