Complete Kinematics Studies Of Fission Reactions Induced By Quasi Free Measurements of spallation, fragmentation and coulomb induced fission reactions in inverse kinematics have provided valuable data in the last decades to accurately investigate the fission dynamics and nuclear structure at large deformations of a large variety of stable and non stable heavy nuclei. In this experiment quasi free nn scattering reactions are used to induce the fission of the incoming fissile nuclei by particle hole excitations.
Complete Kinematics Studies Of Fission Reactions Induced By Quasi Free K.h. schmidt et al., nucl. phys. a 665, 221 (2000) [crossref] [google scholar] h. alvarez pol et al., nucl. instrum. methods phys. res. a 767, 453 (2014) [crossref] [google scholar] j.s. winfield et al., nucl. instrum. methods b 491, 38 (2021) [crossref] [google scholar]. José luis rodríguez sánchez discusses complete kinematics studies of fission reactions induced by quasi free nucleon scattering, focusing on the fission dynamics and nuclear structure at large deformations. This approach provides access to the complete isotopic identification of the two fission fragments, the precise determination of their velocities and the measurement of the neutrons and gammas emitted in coincidence, for a wide range of unstable fissile nuclei. To improve on the existing data on nuclear fission, we produce fission reactions of heavy nuclei in inverse kinematics by using quasi free (p,2p) scattering, which induce fission through particle hole excitations that can range from few to ten's of mev.
Pdf Quasi Free P 2p Reactions In Inverse Kinematics For Studying This approach provides access to the complete isotopic identification of the two fission fragments, the precise determination of their velocities and the measurement of the neutrons and gammas emitted in coincidence, for a wide range of unstable fissile nuclei. To improve on the existing data on nuclear fission, we produce fission reactions of heavy nuclei in inverse kinematics by using quasi free (p,2p) scattering, which induce fission through particle hole excitations that can range from few to ten's of mev. These complete kinematics measurements will allow to correlate the fission yields with the excitation energy of the fissioning nucleus and to study the energy sharing between the two fission fragments. Experimental study of the nuclear fission along the thorium isotopic chain: from asymmetric to symmetric fission.
Comprehensive Investigation Of Fission Yields By Using P 2p Induced These complete kinematics measurements will allow to correlate the fission yields with the excitation energy of the fissioning nucleus and to study the energy sharing between the two fission fragments. Experimental study of the nuclear fission along the thorium isotopic chain: from asymmetric to symmetric fission.
Fragmentation Induced Fission Reactions Of 236u In Inverse Kinematics
Comprehensive Investigation Of Fission Yields By Using P 2p Induced
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