Isotope Production

380 MeV protons are incident upon a 78As target. Isotope production vs. A is measured.
  • Data Reference: T. Schiekel et al., Nucl. Instr. and Meth. B 114, 91 (1996).

Simulation Conditions

  • Geant4 version: 8.1
  • Models: Bertini Cascade

Comments

  • Data: filled squares, Bertini cascade: open squares
  • Model prediction falls within scatter of data points.

100 Gev Pi- On Au

A 100 GeV/c pi- beam is incident upon a Au target. Rapidity distributions of the final state pi- and pi+ are plotted.
  • Reference: J.J. Whitmore et al., Z. Phys. C62, 199 (1994).

Simulation Conditions

  • Geant4 version: 8.1
  • Models: QGS

Comments

  • Filled points: data, open points: QGS model
  • pi- rapidity: good agreement except at peak where prediction over-estimates by 15%.
  • pi+ rapidity: good agreement at all rapidities greater than 0.

1.4-9.0Gev (P)

Proton of energy between 1.4 GeV to 9.0GeV or pion of energy between 1.4GeV and 5.0GeV are incident on various targets. Inclusive proton or neutron production at various angles and in several kinetic energy bins are measured. Data for Be, C, Cu, Pb, and U targets are used for comparison.
Study performed by: Sunanda Banerjee, Julia Yarba (Fermilab)
  • Data references: Yu.D. Bayukov et al., Preprint ITEP-148-1983;

113-800 Mev (P,N)

Proton beams between 113 and 800 MeV are incident upon several targets. The double-differential neutron cross sections are measured vs. angle and kinetic energy.
  • References:
    • Aluminum and Lead 113 MeV: M.M. Meier et al., Nucl. Sci. Eng. 102, 310 (1989).
    • Aluminum and Lead 256 and 800 MeV: S. Stamer et al., Phys. Rev. C 47, 1647 (1993).
    • Aluminum and Lead 597 MeV: W.B. Amian et al., Nucl. Sci. Eng.

Gamma-Nuclear

60 MeV gammas interact in a Ca target. The invariant double-differential proton cross section is measured vs. angle and kinetic energy.
  • Reference: D. Ryckbosch et al., Phys. Rev.

123, 151 Mev (Gamma,P)

123 and 151 MeV gammas are incident upon a C target. The invariant proton cross sections are measured vs. angle and k, which is the average of the proton's kinetic energy and momentum.
  • Data Reference: C. Van den Abeele, private communication cited in Jan Ryckebusch et al., Phys. Rev.
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