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Home / Research / Journals / IMP & HIRFL Annual Report / 2014 Annual Report / Experimental Nuclear Physics and Nuclear Chemistry

2014 Annual Report

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

Experimental Nuclear Physics and Nuclear Chemistry

  • Stellar Reaction Rate of the 14O(α, p)17F
  • Fusion Cross Section of 13C + 12C at Sub-barrier Energies
  • Stellar β-decay Rate of 59Fe and Its Impact on the 60Fe Nucleosynthesis
  • Fusion Cross Section of 13C +12C at Sub-barrier Energies
  • Stellar β-decay Rate of 59Fe and Its Impact on the 60Fe Nucleosynthesis
  • Direct Measurement of the Main s-process Neutron Source Reaction,13C(α, n) 16O, at Stellar Energies
  • Half-life Measurement of 94mRu 44+ at CSRe
  • SimCSR Program for the Simulation of the Isochronous Mass Spectrometry at the HIRFL-CSR
  • Charge and Frequency Resolved Isochronous Mass Spectrometry in Storage Rings: First Direct Mass Measurement of the Short-lived Neutron-deficient 51 Co Nuclide
  • First Isochronous Mass Measurements with Two Time-of-Flight Detectors at CSRe
  • Data Analysis of the Schottky Mass Measurements of 152 Sm Fragments
  • First Isochronous Mass Measurement in Neutron-rich Region at CSRe
  • High-spin Level Structure of the Neutron-rich Nucleus 91 Y
  • Complete and Incomplete Fusion of 9 Be + 169 Tm, 187 Re at Near-barrier Energies
  • Research Progress of Nuclear Structure Research Group
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