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Home / Research / Journals / IMP & HIRFL Annual Report / 2016 Annual Report / Theoretical Nuclear Physics

2016 Annual Report

Editorial Committee of IMP & HIRFL Annual Report
Scientific Committee of IMP
Scientific Committee of National Laboratory of Heavy Ion Accelerator, Lanzhou
Forward
Contents
Theoretical Nuclear Physics
Experimental Nuclear Physics and Nuclear Chemistry
Atomic Physics
Interdiscipline
Nuclear Technology, Nuclear Energy and Nuclear Data
Accelerator and the Others
Appendices

Theoretical Nuclear Physics

  • Progress of Theoretical Nuclear Research in 2016 at IMP
  • Hypernucleus Production in Antiproton-nucleus Collisions
  • Nuclear Fragmentation Induced by Pions at the Δ-resonance Energies
  • Isospin Dynamics on Neck Fragmentation in Isotopic Nuclear Reactions
  • Constraining Nucleon High Momentum in Nuclei
  • Cross-checking the Symmetry Energy at High Densities
  • Hollow Nuclear Matter
  • Surface Density of Haloes
  • Higgs Portal Dark Matter Models
  • Pion-induced Production of the Zc(3900) off a Nuclear Target
  • Hadronic Molecular States from K/overlineK* Interaction
  • K*0 Photoproduction off a Neutron
  • Understanding Spin Parities of Pc(4450) and Y(4274) in Hadronic Molecular State Picture
  • Role of Nucleonic Fermi Surface Depletion in Neutron Star Cooling
  • Research Highlight at High Energy Nuclear Physics Group
12>
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