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Radiation transport calculations for beam therapy with Geant4 toolkit
By: Ivanchenko, V.N.; Gudowska, I.; Sorcini, B.; Larsson, S.;
2004 / IEEE / 0-7803-8700-7
Description
This item was taken from the IEEE Conference ' Radiation transport calculations for beam therapy with Geant4 toolkit ' High energy photon therapy beam from the 50 MV racetrack microtron has been evaluated using the Monte Carlo code Geant4. The spatial and energy distribution of photons, radial and depth dose distributions in a water phantom are calculated for both stationary and scanned photon beams from two different targets, one thin and one thick. Validation of Geant4 electromagnetic physics processes has been done using experimental data of radial dose profiles in a water phantom. Both Geant4 electromagnetic packages standard and low energy were used. The toolkit presented is promising for further development of narrow photon beam therapy.
Related Topics
Biological Effects Of Gamma-rays
Dosimetry
Photon Transport Theory
Geant4 Electromagnetic Package Standard
Radiation Transport Calculations
Beam Therapy
Geant4 Toolkit
High Energy Photon Therapy Beam
Racetrack Microtron
Monte Carlo Code
Energy Distribution
Radial Dose Distributions
Depth Dose Distributions
Water Phantom
Stationary Photon Beams
Scanned Photon Beams
Geant4 Electromagnetic Physics Processes
Radial Dose Profiles
Medical Treatment
Imaging Phantoms
Electron Beams
Physics
Medical Simulation
Particle Beams
Monte Carlo Methods
Intensity Modulation
Optical Modulation
Biomedical Applications Of Radiation
Monte Carlo Methods
Phantoms
Radiation Therapy
Physics Computing
Engineering
Spatial Distribution