WWGENPV - A Monte Carlo Event Generator For Four-Fermion Production in
arXiv:hep-ph/9506208 · doi:10.1016/0010-4655(95)00077-S
Abstract
The Monte Carlo program {\tt WWGENPV}, designed for computing distributions and generating events for the four-fermion process , is described. It is based on the calculation of the exact tree-level matrix element of the four-fermion reaction and includes initial-state radiation in the leading-log approximation within the structure function approach. The program can be used in a two-fold way: as a Monte Carlo integrator for weighted events, providing predictions for the total cross section, the invariant-mass distribution, the radiative energy and invariant-mass loss; as a true event generator of unweighted events, useful for simulation purposes.
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References in corpus (6)
- EXCALIBUR -- a Monte Carlo program to evaluate all four fermion processes at LEP 200 and beyond
- All electroweak four fermion processes in electron-positron collisions
- Initial-state QED corrections to four-fermion production in e+e- collisions at LEP200 and beyond
- WWF: a generator for e+e- to 4 fermions + gamma
- Semi-analytical and Monte Carlo results for the production of four fermions in collisions
- A Monte Carlo Event Generator for W Off-shell Pair Production including Higher Order Electromagnetic Radiative Corrections
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- Electroweak Physics in Six-Fermion Processes at Future Colliders