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Home / Research / Journals / IMP & HIRFL Annual Report / 2012 Annual Report / Nuclear Physics and Interdiscipline

2012 Annual Report

Foreword
Theoretical Nuclear Physics
Experimental Nuclear Physics and Nuclear Chemistry
Nuclear Physics and Interdiscipline
Atomic Physics
Computer Control and Experimental Detection Technique
Accelerator and the Others

Nuclear Physics and Interdiscipline

  • Energy State and Phase Transition of Cu Clusters in BCC-Fe Studied by a Molecular Dynamics Simulation
  • Molecular Dynamic Simulation of Cu Segregation at Fe Grain Boundary
  • Nano-hardness of Chinese RAFM Steel Irradiated with Energetic Kr, Xe and Bi Ions
  • Investigation of Nano-hardness of T91 Steel under Fe-ions Irradiation
  • Nano-hardness of T91 and SIMP Steels under Helium Ion Implantation at Different Temperatures
  • Positron Annihilation Study of Vacancy-type Defects in a F/M Steel under Helium Ion Implantation
  • Structural Changes and Defects Evolution in Ti3AlC2 Induced by 500keV He-ion Bombardments
  • Corrosion of SIMP steel in Static LBE at 450℃
  • Temperature Dependence of Cavity Swelling in RAFM/T91 and SIMP Steels under 196 MeV Kr-ions Irradiation
  • Preferable Multiple-bit Upset Patterns in Anisotropic SRAM Device
  • Threshold Ion Range for Accurate Single Event Upset Measurement in SOI SRAM Devices
  • Worst-Case Supply Voltage for Single Event Upset Performance of Commercial SRAM Devices
  • Impact of High-Z Material in Vertical Direction on Single Event Upset Occurrence
  • Temporal Information of Incident Ions for Volumetric Charge Collection Model
  • Theoretical Method for Estimating Profile of Single Event Transient Current
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