text: The single diffractive component in hadron-hadron collisions within the two-component Dual Parton model (1993)
  Roesler, S. ; Engel, R. ; Ranft, J.
  The European physical journal 59 (1993), S. 481-488
  Notes: Abstract The single diffractive component in hadronhadron interactions is studied in the two-component Dual Parton Model. We distinguish high mass single diffraction represented by a triple-Pomeron exchange and low mass single diffraction described via a two channel eikonal method. The calculated single diffractive cross sections, and the distributions agree quite well with data from collider and fixed target experiments. The fit of the model parameters to cross section data gives a extrapolation of the total, elastic, and single diffractive cross sections to supercollider energies which depends on the parton structure functions used for the minijet component.
  URL: http://dx.doi.org/10.1007/BF01498629
  Single diffractive hadron-nucleus interactions within the dual parton model (1994)
  Ranft, J. ; Roesler, S.
  The European physical journal 62 (1994), S. 329-336
  Notes: Abstract Single diffractive hadron-nucleus interactions are studied within the framework of the dual parton model. Introducing a diffractive component into the Monte-Carlo event generator DTUNUC we investigate particle production and the dependence of the diffractive cross section on the atomic number of the target nucleus. A comparison of the numerical results with recent experimental data is presented. We furthermore introduce hadronic cross section fluctuations and discuss their influence on diffractive proton-nucleus cross sections.
  URL: http://dx.doi.org/10.1007/BF01560247
  DTUJET-93: Sampling inelastic proton-proton and antiproton-proton collisions according to the two-component dual parton model