ENSAR2 workshop: GEANT4 in nuclear physics

Session

Poster session

Not scheduled

Other Institutes

44. DEVELOPMENT OF AN ANALYTICAL MODEL FOR THE DEPTH DOSE PROFILE PRODUCED BY GAMMA RADIATION

Ms safa elj (safa)

Medical applications

Poster

Monte Carlo codes are among the most used tools today for calculations and simulations related to medical physics [1] and particularly for studies of low dose medical applications.
In this work, we have undertaken on the development of an analytical model with the aim of calculating the deposit dose produced by ionizing radiation inside a medical phantom (filled with light water). The CNSTN...

21. EDGE, ExtendeD GDML Editor: A new GMDL CAD tool for GEANT4 based analysis and interoperability bridge for high-­energy particle modelling tools.

Mr Arnaud Trouche (Artenum Toulouse)

GEANT4 tools

Poster

CEO of the Artenum company.

Please see the following links for further information:

www.artenum.com
www.space-suite.eu

8. Modelling of Radiation Resiliant Ultrasonic Sensors

Katherine Krawec (University of Sheffield)

Energy applications

Poster

Part of the ReDRESS Innovate UK project.

There is a need to test difficult to access, thick section steel components for weld defects and in-service corrosion that may lead to pressure vessel/component failure in the nuclear power generation industry that requires the application of high sensitivity ultrasonic testing (UT) techniques.

This project conducts research into the construction and...

38. Molecular Imaging at Cellular Level: Theoretical treatment using Geant4 code

Dr Mohammed

Medical applications

Poster

Abstract:

Introduction: Molecular imaging is a model of visualization the cellular function and follow-up the molecular process in living organisms. Positron Emission Tomography (PET) is one of these imaging modalities. The essential objective in molecular imaging modalities is to gain images with optimized quality and exhaustive data of object to provide a detailed report about the...

28. Monte Carlo Dose Estimation from Linac Photon Beam using GATE/GEANT4

Ms MERIEM FIAK (UNIVERSITE HASSAN 2 DE CASABLANCA, FACULTE DES SCIENCES BEN M'SIK, EQUIPE DE RECHERCHE SUBATOMIQUE ET APPLICATION)

Medical applications

Poster

During the last few years, Monte Carlo simulation is considered to be the gold standard method for radiation dose calculations. Thanks to the accuracy and the flexibility that it supplies, MC method is the most used for dose prediction in external radiation therapy. This work aims to set up a full geometrical model of an 18 MV Varian Clinac 2100C medical linear accelerator in photon mode,...

45. The cross section of the inelastic interaction of protons and helium nuclei with the tungsten obtained with the PAMELA space experiment

Olga Golub (NRNU MEPHi)

Nuclear reactions at low and intermediate energies

Poster

We present the energy dependence of the cross section for the inelastic interaction of protons and helium nuclei with the tungsten in the energy range from a few hundred MeV to a hundred GeV using the data of the PAMELA space experiment. It was intended for the precision measurements of the cosmic ray fluxes of different nature and include a set of detectors for the reliable determination of...

13. V&V Analyses of the GEANT4 Monte Carlo Code Toolkit with Computational and Experimental Fusion Neutronics Benchmarks

Elena Nunnenmann (KIT)

Energy applications

Poster

In the plasma of fusion reactors, tritium and deuterium react to create helium and a 14.1MeV neutron, which escapes the magnetic containment. For defining and verifying requirements and boundary conditions for fusion reactor systems, the neutron transport through reactor components and the interactions of neutrons with the encountered materials has to be assessed. To this end, 3D Monte Carlo...