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Nuclear Physics (1986) / Chapter Skim
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Appendix A: National and Dedicated University Accelerator Facilities
Pages 189-195

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From page 189...
... Because they are all charged-particle accelerators, the charge state of the ion is a determining factor in their energy output. Most commonly, the maximum energy available per nucleon decreases with increasing projectile mass; where a range in energy is given with a corresponding mass range, the high energy corresponds to the low mass, and vice versa.
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From page 190...
... Similarly arbitrary but useful is the following classification of projectile masses. Light ions are considered to be the hydrogen ions (protons, deuterons, and tritons)
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From page 191...
... 191 c, ct G ~ ~ ~ ~ , .
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From page 192...
... 4- O C .C~ ° I: ~ ~ - i ~ To ~ ~ g C.C ~ 11 Z ~ 2 1 0 ~ Z~ ~ Z, E 1l E 2 0 z z ~ E E Z' E E R e s~ 0 ;° E ° ~ ~ e ~ ~ ~ ~ e ~I _ '' ~ R ,, .^ ~ cn ·_ 4, ~ ._ u, ~ ~ c~ 0 C: ~ ~ c)
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From page 193...
... 193 u, ._ ._ ._ cat c.
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Key Terms

  • nuclearphysics research
  • nuclear matter
  • university accelerator
  • basic nuclearphysics
  • increasing projectile

  • accelerators listed
  • dedicated university
  • maximum energy
  • electrostatic accelerators
  • low mass

  • energy densities
  • energy corresponds
  • energy available
  • mass range
  • exotic states

  • nationallaboratory facilities
  • similarly arbitrary
  • produce moderate
  • graaff electrostatic
  • corresponding mass

  • linear accelerators
  • following classification
  • partially supported
  • nuclear energy
  • moderate excitations

  • additional university
  • projectile mass
  • nucleon decreases
  • energy output
  • nuclear temperatures


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