Changes between Version 382 and Version 383 of WikiStart

Timestamp:

Feb 23, 2020, 3:11:52 PM (5 years ago)

Author:

mosel

Comment:

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WikiStart

@@ -15 +15 @@
 using the same physics input and code. The GiBUU code provides a full dynamical description of the reaction and delivers the complete final state of an event; it can thus be used as an '''event generator'''. The code is freely available.
 
-For all the reactions, the flow of particles is modelled within a [wiki:physicsInput Boltzmann-Uehling-Uhlenbeck (BUU) framework]. 
-The relevant degrees of freedom are '''mesons''' and '''baryons''', which propagate in mean fields and scatter according to cross sections which are applicable to the energy range of a few 10 MeV to about 40 GeV. In the higher energy regimes the concept of '''pre-hadronic''' interactions is implemented in order to realize ''color transparancy'' and ''formation time'' effects. For a general overview of the model, its theoretical basis as well as many practical details, refer to the review paper:
+For all the reactions, the flow of particles is modeled within a [wiki:physicsInput Boltzmann-Uehling-Uhlenbeck (BUU) framework]. 
+The relevant degrees of freedom are '''mesons''' and '''baryons''', which propagate in mean fields and scatter according to cross sections which are applicable to the energy range of a few 10 MeV to about 40 GeV. In the higher energy regimes the concept of '''pre-hadronic''' interactions is implemented in order to realize ''color transparency'' and ''formation time'' effects. For a general overview of the model, its theoretical basis as well as many practical details, refer to the review paper:
 
  '''Transport-theoretical Description of Nuclear Reactions'''[[br]]