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Nuclear matter

  • Computing ATOMIC NUCLEI

    Computing ATOMIC NUCLEI

  • 1 PROF. CHHANDA SAMANTA, Phd PAPERS in PEER REVIEWED INTERNATIONAL JOURNALS: 1. C. Samanta, T. A. Schmitt, “Binding, Bonding A

    1 PROF. CHHANDA SAMANTA, Phd PAPERS in PEER REVIEWED INTERNATIONAL JOURNALS: 1. C. Samanta, T. A. Schmitt, “Binding, Bonding A

  • Current Status of Equation of State in Nuclear Matter and Neutron Stars

    Current Status of Equation of State in Nuclear Matter and Neutron Stars

  • Arxiv:1901.01410V3 [Astro-Ph.HE] 1 Feb 2021 Mental Information Is Available, and One Has to Rely Strongly on Theoretical Predictions for Nuclear Properties

    Arxiv:1901.01410V3 [Astro-Ph.HE] 1 Feb 2021 Mental Information Is Available, and One Has to Rely Strongly on Theoretical Predictions for Nuclear Properties

  • Structure of Exotic Nuclei: a Theoretical Review

    Structure of Exotic Nuclei: a Theoretical Review

  • A Modern View of the Equation of State in Nuclear and Neutron Star Matter

    A Modern View of the Equation of State in Nuclear and Neutron Star Matter

  • Nuclear Matter from Chiral Effective Field Theory

    Nuclear Matter from Chiral Effective Field Theory

  • PHYS 6610: Graduate Nuclear and Particle Physics I

    PHYS 6610: Graduate Nuclear and Particle Physics I

  • Chapter 9 Phases of Nuclear Matter

    Chapter 9 Phases of Nuclear Matter

  • Aspects of the Many-Body Problem in Nuclear Physics

    Aspects of the Many-Body Problem in Nuclear Physics

  • Nuclear Magic Numbers: New Features Far from Stability

    Nuclear Magic Numbers: New Features Far from Stability

  • Nuclear and Neutron Matter

    Nuclear and Neutron Matter

  • Optical Properties of Nuclear Matter

    Optical Properties of Nuclear Matter

  • R-Process Nucleosynthesis: on the Astrophysical Conditions

    R-Process Nucleosynthesis: on the Astrophysical Conditions

  • Fission Involves a New State of Nuclear Matter

    Fission Involves a New State of Nuclear Matter

  • Study of Isotope Shifts, Isotone Shifts and Nuclear Compressibility from the Analysis of Muonic X-Ray Transitions

    Study of Isotope Shifts, Isotone Shifts and Nuclear Compressibility from the Analysis of Muonic X-Ray Transitions

  • Introduction to Atomic Nuclei

    Introduction to Atomic Nuclei

  • Nuclear Theory and Science of the Facility for Rare Isotope Beams

    Nuclear Theory and Science of the Facility for Rare Isotope Beams

Top View
  • Independent Yields of Kr and Хе Fragments in the Photofission Of
  • Lawrence Berkeley National Laboratory Recent Work
  • 8.3 Nuclear Fission with Mean-Field Instantons 8.4
  • PROTON IMPURITY in the NEUTRON MATTER: a NUCLEAR POLARQN PROBLEM Report INP No
  • Nuclear Matter Properties, Phenomenological Theory of Clustering at the Nuclear Surface, and Symmetry Energy Q. N. Usmania*, No
  • Heaviest Nuclei 2019.Pptx
  • Nuclei at the Limits of Particle Stability
  • Arxiv:1707.09215V2 [Nucl-Th] 28 Sep 2017
  • The Making of Moscovium Yuri Oganessian Relates the Story of the Formation and Decay of a Doubly Odd Moscovium Nucleus
  • Chiral Thermodynamics of Nuclear Matter
  • PRODUCTION of PHOTOFISSION FRAGMENTS and STUDY of THEIR NUCLEAR STRUCTURE by LASER SPECTROSCOPY Yu
  • R-Process Nucleosynthesis in Supernovae the Heaviest Elements Are Made Only in Cataclysmic Events
  • One View of the Role of the NAS In
  • Calculation of Nuclear Matter
  • Nuclear Matter Properties with the Re-Evaluated Coefficients of Liquid Drop Model P
  • Chapter 11 the Nucleus
  • The Origin of the Elements and Other Implications of Gravitational Wave Detection for Nuclear Physics David Lunney
  • Extension of Nuclear Landscape to Hyperheavy Nuclei


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