Geant4 manual physics

User Support. Getting started. Training courses and materials. Source code. Download page. LXR code browser. (link is external) doxygen documentation. (link is external). will also be useful in understanding this manual. It is also useful to consult the “Software Reference Manual” which provides a list of GEANT4 classes and their major methods. Detailed discussions of the physics included in GEANT4 are provided in the “Physics Reference Manual”. CONTENTS 1. Building a physics list or choosing from already built physics lists is highly dependent on your use-case! In either case, you need to be familiar with the major physics processes used to build them! the process-model catalog is useful for this! see Geant4 web page under User Support, item 10b!

Geant4 is a toolkit for simulating the passage of particles through matter. Its functionalities include tracking, geometry, physics models and hits. The physics processes take into account electromagnetic, hadronic and optical processes, as well as the surrounding materials, over a wide energy range. Physics in Geant4: Particles andprocesses Geant4tutorial Geant4 BeginnersCourse TUM University(Munich) April 1 Giada Petringa (LNS-INFN). This is a detailed description of the physics interactions provided in the Geant4 toolkit. The theory, model or parameterization of each interaction is discussed. The Physics Reference Manual contains gaps in documentation which correspond to un-implemented interactions. There are also a few sections in which documentation is slight.

1 thg 9, More information on these “Model Classes” can be found in the references outlined in Table 1 and the Geant4 Physics Reference Manual [31]. Particles¶. To designate a particle in a macro command for physics, you have to use the Geant4 name of the particle. The command ''/particle. 9 This manual is intended to be an overview of the toolkit, rather than an exhaustive treatment of it. Related physics.