||A program for simulation of QCD cascades
implementing the color dipole
|| Heavy quark production in boson-gluon
fusion using full
electroweak LO cross-sections (with quark masses) in ep collisions, DIS
and photoproduction. Parton showers and Lund hadronization gives full
||CASCADE is a full hadron level Monte Carlo
generator for ep and pp
scattering at small x build according to the CCFM evolution equation.
applicable in ep to photoproduction and DIS, and for heavy quark
well as inelastic J/ψ.
|| Event generator of quasi-real QED Compton
events in ep collisions. Several packages for the simulation of the
hadronic final state are interfaced to the program.
||DIFFVM is a program to simulate soft
diffractive processes in ep collisions in the framework of Regge
phenomenology and the vector meson dominance model. It includes
a detailed simulation of the diffractive dissociation of the proton.
||A Monte Carlo generator for elastic
vector meson production in charged lepton-proton scattering. The source code
||DISENT is a program for (1+1)- and
(2+1)-jet events in deep inelastic scattering in NLO.
||DISASTER is a program for (1+1)- and
(2+1)-jet events in deep inelastic scattering in NLO.
||Interface between HERACLES
(QED corrections to order αQED) and
LEPTO/ARIADNE (QCD matrix elements and parton showers/colour dipole
radiation) to give complete ep events.
||EPJPSI is a program to simulate elastic
and inelastic vector meson production in photo production and deep inelastic
||This program is an event generator for
dilepton production in ep collisions. It is based on exact
matrix elements calculated automatically by GRACE. The program is
interfaced to PYTHIA to generate a
complete final state.
||NC and CC ep interactions (using
parameterizations of structure functions or parton densities) with radiative
corrections: single photon emission from the lepton line, self energy
corrections and the complete set of one-loop weak corrections can be included.
||General purpose generator for Hadron
Emission Reactions With Interfering Gluons; based on matrix elements, parton
showers including colour coherence within and between jets, and a cluster
model for hadronization.
||A Monte Carlo program of calculations
of Forshaw and Ryskin for diffractive vector meson production using a gluon
ladder in pQCD using BFKL formalism.
||The Lund string model for hadronization
of parton systems.
||NLO program for calculating one and
two-jet cross sections for electron-protron and electron-positron collisions.
The virtuality of the photon emitted by the electron can be chosen in a
continuous region, ranging from on-shell photons (photoproduction) up to very
large virtualities (deep inelastic scattering region). The program enables
the calculation of the direct and resolved photon processes in NLO QCD.
Special attention is given to the resolved virtual photon component.
||A Monte Carlo generator for
J/ψ meson production by off-shell gluons (get the program source here).
||A program which implements the Linked
Dipole Chain (LDC) model for deep inelastic scattering within the framework of
ARIADNE. The LDC model is a reformulation of the CCFM model.
||Deep inelastic lepton-nucleon
scattering based on LO electroweak cross sections (incl. lepton polarization),
first order QCD matrix elements, parton showers and Lund hadronization giving
complete events. Soft colour interaction model gives rapidity gap events.
||This event generator is devoted to the
process of electromagnetic production of lepton-pairs in lepton-lepton,
lepton-hadron or hadron-hadron interactions via the two-photon process.
||Production and decay of heavy Majorana
neutrinos in ep
collisions, via mixing or exchange of righthanded W-bosons. Parton
showers and Lund hadronization added to give complete events.
||NLO Monte Carlo program to study jet
cross sections for arbitrary jet algorithms and arbitrary event shapes in deep
inelastic e- p and e+ p scattering.
|Generator for Deeply Virtual Compton
Scattering (DVCS) processes based on formalism of Generalized Partons
Distributions (GPD) evolved at Next Leading Order (NLO).
||Common library for pQCD NLO programs.
The documentation is included: ps.gz.
||Multiparticle production in high energy
hadron-hadron, photon-hadron, and photon-photon interactions (hadron = proton,
antiproton, neutron, or pion).
||Diffractive hard scattering in
pp, γp and ep collisions, based on
pomeron flux and pomeron parton densities (several options included).
Also pion exchange is included. Parton showers and Lund hadronization
to give complete events.
|HERWIG for diffractive interactions.
||General purpose generator for
e+e-, pp and ep interactions, based
on LO matrix elements, parton showers and Lund hadronization.
||QCDINS is a Monte Carlo package for
simulating QCD-instanton induced
scattering processes in deep inelatic lepton-nucleon scattering. It is
designed as an `add-on' hard process generator for the Monte Carlo generator
HERWIG. Optionally, an interface to JETSET is also available for the final
hadronization step. This allows an examination of the effects of
hadronization schemes on the instanton-induced final state.
||A full Monte Carlo suited to describe
deep inelastic scattering, including diffractive DIS and LO direct and
||A Monte Carlo generator for inelastic
diffraction dissociation of virtual photon in ep scattering, based on
a model by M. Ryskin. Transverse and longitudinal cross sections are simulated.
Processes implemented: ep -> epX with X = q+qbar or
X = q+qbar+gluon. Fragmentation and parton shower done with JETSET.
The source code is here
| SUSYGEN 3
||Event Generator for SUSY processes in
ep and pp collisions. In ep collisions, it allows the
simulation of the resonant production of R-parity violating squarks
undergoing any (direct or cascade) decay. SUSY processes at hadronic colliders
are not included in this pre-release of SUSYGEN 3.
||An event generator for the simulation
of elastic and inelastic wide angle bremsstrahlung,
including the simulation of the complete final state.