Практические занятия и семинары

Introduction to GEANT4

Мaterial adapted from M. Asai / P. Gumplinger / G. Santin / J. McCormick

Introduction to Geant4

Introduction: – simulation: why? – G4: history – OO software The Geant4 Toolkit: – internals – materials – geometry – visualization – physics processes – event generation – hits and sensitive detectors

Geant4. General Introduction

Contents: • General introduction and brief history of Geant4 • Geant4 license • Highlights of user applications • Geant4 – the future

Geant4. Introduction and Getting Started

Contents: Scope and history of Geant4 Key concepts in Geant4 Global structure of Geant4 Brief introduction to geometry components References to further information

New Geant4 model of channeling in crystals and its potential applications in medical physics

TRILLION results dedicated to the implementation of the channeling model into the Geant4 simulation toolkit were  presented.

New Geant4 model of channeling in crystals and its potential applications

Outline: The world of channeling effect Channeling, Radiation and pair production Electromagnetic shower acceleration 

Geant4 ab-initio models on channeling, channeling radiation and coherent pair production in oriented crystals

Main goal: The implementation of both physics of electromagnetic processes in oriented crystals 

ChannelingFastSimModel of interaction of charged particles with oriented crystal

Event Biasing

I. Introduction II. Existing Biasing Options before v10.0 – Primary Particle Biasing – Options In Hadronic – Geometry based

Physics I: Physics Lists

Outline • Introduction • The G4VUserPhysicsList class • Modular physics lists • Pre-packaged or reference physics lists