Diploma Theses

• Rüdiger Groß-Hardt:"Simulation des EDDA-Detektors - erste Ergebnisse" shows results of GEANT based simulations of the coplanar EDDA trigger, taking into account elastic and inelastic proton proton events.
• U. Roß: "Simulationen zum EDDA-Experiment mit GISMO und MICRES" gives a very short overview on GISMO and a brief introduction to MICRES. An estimation of the influence of carbon background to the trigger rates at kinetic beam energy 793 MeV is presented and compared to experimental data .
• Eric Weise: "Simulationsrechnung zur elastischen Streuung polarisierte Protonen"
  simulates the efficiency for elastic pp-events. The efficiency of the trigger and the reconstruction software is compared with and without inner layer. The results are used to calculate a parametrization of the efficiency depending on the beam momentum and scattering angle. Finally a new event generator for simulating polarized elastic scattering events is developed.
  (Availiable:
  Kapitel 2.2 "Aussenschaleneffizienz - Beschreibung der Daten und Parametrisierung")
  Kapitel 2.3 "Gesamteffizienz (Innen- und Aussenschale) - Daten und Parametrisierung")

Doctoral Theses

• Dietmar Theis:"Inelastic Hadron-Nucleus Collisions for General Purpose Detector Simulations at Intermediate Energies" describes the MICRES event generator in more detail and presents countrate predictions for the polyethylene target in the EDDA experiment and a simulation program for the ARCOLE detector.

                                    last changed by Eric Weise; on 2 Jun 1998