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3 alpha -Breakup-Induced Dynamical Polarization Potential of sup 12 C at E/A >= 10 MeV.


DE86703553

Publication Date 1985
Personal Author Kubono, S.; Sugitani, M.; Tanaka, M. H.; Morita, K.; Sakuragi, Y.
Page Count 14
Abstract The important role of the 3 alpha -breakup processes to the optical potential of sup 12 C at E/A >= 10 MeV has been shown by observing directly the excitation of the 7.65-MeV 0 sub 2+ state which breaks into 3 alpha clusters. The 3 alpha -breakup processes also explain well the previously unknown reduction factor for the exit-channel real potential for the same state. (Atomindex citation 17:053697)
Keywords
  • Carbon 12
  • Carbon 12 Reactions
  • Carbon 12 Target
  • Alpha Particles
  • Angular Distribution
  • Breakup Reactions
  • Cluster Model
  • Coupled Channel Theory
  • Differential Cross Sections
  • Excitation
  • Experimental Data
  • MeV Range 100-1000
  • Nuclear Potential
  • Optical Models
  • Resonating-Group Method
  • Foreign technology
  • ERDA/651320
  • ERDA/653003
Source Agency
  • International Nuclear Information System
NTIS Subject Category
  • 46 - Physics
Corporate Authors Tokyo Univ. (Japan). Inst. for Nuclear Study.
Document Type Technical Report
NTIS Issue Number 198710
3 alpha -Breakup-Induced Dynamical Polarization Potential of sup 12 C at E/A >= 10 MeV.
3 alpha -Breakup-Induced Dynamical Polarization Potential of sup 12 C at E/A >= 10 MeV.
DE86703553

  • Carbon 12
  • Carbon 12 Reactions
  • Carbon 12 Target
  • Alpha Particles
  • Angular Distribution
  • Breakup Reactions
  • Cluster Model
  • Coupled Channel Theory
  • Differential Cross Sections
  • Excitation
  • Experimental Data
  • MeV Range 100-1000
  • Nuclear Potential
  • Optical Models
  • Resonating-Group Method
  • Foreign technology
  • ERDA/651320
  • ERDA/653003
  • International Nuclear Information System
  • 46 - Physics
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