Micres

SIGI

MICRES

Introduction

MICRES simulates hadron nucleus scattering at intermediate energies - up to a few GeV. It is based on three formerly independent parts:
  1. an intra nuclear cascade (Bertini INC) models the hadron nucleus collisions by quasifree scattering off its nucleons.
  2. the elementary hadron nucleon scattering is simulated through production and decay of hadronic resonances with an enhanced HADRIN code.
  3. the compound nucleus evaporation is described by the EVAP-4 code.
Valid beam particles are nucleons, anti-nucleons, pions and charged kaons with three momentum p < 4.5 GeV/c. Detailed information can be found in the theses of D.Theis and U.Roß. You can get a stand alone MICRES - see below. It serves as documentation of its interface, so you can easily adopt it to your own code.

Two MICRES based tools are installed @iskp in :

Sigma
gives total cross section in mbarn for hadron nucleon scattering as used in the MICRES code, see below.
usage:
TotalXSect
gives reaction cross section in mbarn for hadron nucleus scattering sampled with the MICRES code

Hadron nucleon cross sections

Particle indidices

GAMMA1 SIGMA+19
POSITRON2 SIGMA020
ELECTRON3 SIGMA-21
NEUTRINO4 XSI022
MUON+5 XSI-23
MUON-6 OMEGA-24
PION07Projektil NEUTRONBAR25Projektil
PION+8Projektil LAMBDABAR26
PION-9Projektil SIGMA+BAR27
KAON0L10 SIGMA0BAR28
KAON+11Projektil SIGMA-BAR29
KAON-12Projektil XSI0BAR30
NEUTRON13Projektil XSI-BAR31
PROTON14Projektil OMEGA-BAR32
PROTONBAR15Projektil nil33-44
KAON0S16 DEUTERON45
ETA17 TRITON46
LAMBDA18 ALPHA47

Where can i get the code ?

Questions ? Comments ! etc. to Rüdiger Groß-Hardt or Uwe Roß. 
                                    last changed by Uwe Roß on 30 Jan 1996