دانلود کتاب مقالات منتخب از «هفتمین کارگاه آموزشی جدول جرم هسته‌ای با نظریه DRHBc»

In December 2018, a campaign was launched to construct the first nuclear mass table that simultaneously incorporates continuum and deformation effects. This ambitious initiative emerged from the increasing demand to acquire mass data of experimentally-challenging exotic nuclei and to deepen our understanding of nuclear physics, leveraging the remarkable capabilities of the deformed relativistic Hartree–Bogoliubov theory in continuum (DRHBc). To achieve this goal, an international collaboration—the DRHBc mass table collaboration—was established. The collaboration now comprises 33 universities and institutions from countries such as China, South Korea, and Japan. Over the past seven years, the DRHBc mass table collaboration has achieved several significant milestones. By integrating the cutting-edge DRHBc with the superior density functional PC-PK1, the collaboration has produced two widely cited compilations in Atomic Data and Nuclear Data Tables. These publications summarizes the ground-state properties of even–even and even–Z nuclei with 8 ≤ Z ≤ 120, covering the region from the proton drip line to the neutron drip line. Beyond constructing the nuclear mass table, the collaboration has also conducted a series of remarkable studies on a wide range of topics, including deformed halos, charge radii, stability peninsula, structural evolution, prolate dominance, shape coexistence, dynamical correlations, and particle emissions, among others. A series of workshops have played a crucial role in facilitating this collaborative effort. The inaugural workshop, held in Daejeon and Seoul, laid the foundation for the formation of a vibrant and productive research community. Subsequent workshops, hosted at various locations across Asia, have marked the continued growth of this community, attracting an increasing number of participants from diverse institutions and fostering new research networks. The “7th workshop on nuclear mass table with DRHBc theory“, hosted by Soongsil University and held in Gangneung from July 1 to 4, 2024, represents a milestone in this ongoing journey. This workshop focused on the final stage of constructing the DRHBc mass table, with a particular emphasis on the properties of odd-Z nuclei and superheavy nuclei. Looking ahead, we remain committed to pursuing excellence in this field and eagerly anticipate the new discoveries that lie ahead. This Special Issue features 10 contributions from esteemed experts who participated in the 7th workshop. It aims to provide a comprehensive overview of the current status of the DRHBc mass table project and explore related key issues, including structural evolution in various nuclear regions, possible magic numbers in superheavy nuclei, and a range of exotic nuclear phenomena. While this Special Issue is primarily intended for the nuclear physics community, this collection may also be of interest to other branches of physics. In closing, we would like to take this opportunity to express our deep gratitude to Prof. Jie Meng, the Chair of the workshop series, for proposing this Special Issue, and to all the contributing authors for their valuable work. We also sincerely acknowledge the efforts of the MDPI Book staff and the Particles Editorial team. Special thanks are extended to Mr. Ethan Zhang, Managing Editor, for his dedicated assistance throughout the preparation of this volume.