Quantal diffusion approach for multi-nucleon transfers in Xe + Pb collisions

Abstract

Employing a quantal diffusion description based on the stochastic mean-field (SMF) approach, we analyze the mass distribution of the primary fragments in the collisions of ${}^{136}\text{Xe}+{}^{208}\text{Pb}$ system at the bombarding energy $E_{\text{c.m.}}=526$~MeV. This quantal approach provides a good description of the primary fragment distribution without any adjustable parameter, including the effects of shell structure.

11 pages, 8 figures. arXiv admin note: text overlap with arXiv:1802.05564

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Cited by in corpus (13)

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• Microscopic predictions for production of neutron rich nuclei in the reaction ${}^{176}\mathbf{Yb}+{}^{176}\mathbf{Yb}$
• Quasifission dynamics in microscopic theories
• Heavy isotope production in ${}^{136}\text{Xe}+{}^{208}\text{Pb}$ collisions at $E_{\text{c.m.}}=514$ MeV
• Impact of the initial fluctuations on the dissipative dynamics of interacting Fermi systems: A model case study
• Quantal diffusion description of isotope production by multinucleon transfer mechanism in ${}^{48}\text{Ca}+{}^{238}\text{U}$ collisions
• Kinetic energy dissipation and fluctuations in strongly-damped heavy-ion collisions within the stochastic mean-field approach
• Merging of transport theory with TDHF: multinucleon transfer in U+U collisions
• Entanglement in multinucleon transfer reactions
• Nuclear Quantum Many-Body Dynamics: From Collective Vibrations to Heavy-Ion Collisions (2nd edition)
• Combining phase-space and time-dependent reduced density matrix approach to describe the dynamics of interacting fermions
• Selection of projectiles for producing trans-uranium nuclei in transfer reactions within an improved dinuclear system model
• Time-dependent random phase approximation for particle-number fluctuations and correlations in deep-inelastic collisions of ${}^{144}$Sm+${}^{144}$Sm and ${}^{154}$Sm+${}^{154}$Sm