PPT-CAD to Geant4 Conversion

Matti Kalliokoski BEBIBL MoEDAL software meeting 180215 Geometry Description Markup Language GDML Applicationindependent geometry description format based on XML Geant4 and ROOT have toolkit bindings for GDML import. Seville, 2013. Overview. Gabriele Cosmo, PH/SFT. Meeting’s Venue. Hosted in “Casa de la . Provincia. ” in the hearth of Seville. 7 October 2013. 2. Meeting’s Program. The 18. th. Collaboration Meeting. KOI, Tatsumi. SLAC National Accelerator Laboratory. Geant4 v9.4. Geant4 Tutorial at Texas A&M 12-Jan-2011. 1. Overview. Low Energy Neutron Physics. High Precision Neutron Models. Ion Physics. Inelastic. Description for Cavern . Background. Archil Surmava . Besik Kekelia . Georgian CAD/CAM Engineer Center, GTU. SCSWT’2010. South Caucasus Software / Computing Workshop & . Tutorial. Oct 25, 2010. and. ExN03Con. KOI, . Tatsumi. SLAC National Accelerator Laboratory. 1. Geant4 Collaboration Workshop 2010-10-6. "G4ConvergenceTester“. and “ExN03Con”. G4ConvergenceTester . provides several information. KOI, Tatsumi. Geant4 V9.4. Geant4 Tutorial at Texas A&M 11-Jan-2011. 1. G4VUserPrimaryGeneratorAction. This is one of the three mandatory classes which user must implement in the code.. The others are . CM34 @ RAL. Timothy Carlisle. 1. Intro.. MICE performance predicted using the cooling formula (. CF. ):. G4MICE . ≠. CF. (see . prev. CMs). Simulation disagrees with C.F by up to 20%.. MS calc. typically approx.: . Zur. 1. Computational Physics . An . Introduction to the . Geant4 . toolkit. An Introduction to the . Geant4 . toolkit. Many of the slides are from a presentation by: J. . . Apostolakis. , CERN. for the Geant4 collaboration. Conversion Factor. What is a conversion factor?. A conversion factor is a fraction whose numerator and denominator represent the same quaintly . but. use different units. . Thus the fraction is equal to 1.. Koi. , . Tatsumi. SLAC National Accelerator Laboratory. On behalf of Geant4 . Hadronic. Working group . 1. MC 2010 2010-10-18 Tokyo. Nucleus collision models in Geant4 until QMD. Binary Light Ion Cascade Model. Geant4 toolkit & collaboration. J. Apostolakis, CERN. for the Geant4 collaboration. 2. Overview. Simulation packages/toolkits . Key capabilities and concepts. What it can do - highlights. Application . MeV. neutrons. in . oxygen. , . carbon. , . argon. and . hydrogen. gaseous chambers (1mx1mx1m).. Neutron Energy Deposition. Energy Deposition in . 90% argon. (1.782mg/cm. 3. ). and . 10% CH. 4 . Mathieu Karamitros. Sébastien Incerti. on . behalf. of . examples. ’ . developers. 1. 2015 Geant4 Collaboration Meeting. Fermilab. Sept. 28 – Oct. . 2. Geant4-DNA . examples. . included. in Geant4. HSSIP-Project presentation: Elias . Kunze. & Julia . Nehlin. Electromagnetic interactions:. E. lectron-positron scattering . E. lectron-electron scattering . P. hoton-electron scattering . P. hoton . Space Sciences Lab., UC Berkeley, USA. CNES. , Toulouse, France. INFN Genova and INFN LNF, Italy. IEEE TNS, vol. 56, no. 6, pp. 3614-3649, Dec. 2009 . Developed in response to . requirements . of the .