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SU‐E‐T‐526: Modeling of a Compact Proton Therapy System Using TOPAS Monte Carlo Code
M. Prusator
, S. Ahmad, Y. Chen
Division of Medical Physics
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peer-review
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Dive into the research topics of 'SU‐E‐T‐526: Modeling of a Compact Proton Therapy System Using TOPAS Monte Carlo Code'. Together they form a unique fingerprint.
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Keyphrases
Proton Therapy
100%
Therapy System
100%
Monte Carlo Code
100%
TOPAS
100%
Spread-out Bragg Peak
40%
Proton
40%
Range Modulator
40%
Phantom
20%
Proton Beam
20%
Patient-specific
20%
Monte Carlo
20%
Beam Parameters
20%
Primary Intention
20%
Medical Systems
20%
Bragg Peak
20%
Feature Function
20%
Specific Applications
20%
Point Source
20%
Complete Model
20%
Water Phantom
20%
Particle Therapy
20%
MeV Ions
20%
Geometry Information
20%
Beam Path
20%
Energy Spread
20%
Nozzle
20%
Secondary Particles
20%
MeV Protons
20%
Beam Component
20%
Time Features
20%
Scattering Foil
20%
Constant Speed
20%
Geant4 Toolkit
20%
Cascade Process
20%
Material Information
20%
Angular Spread
20%
Beam Physics
20%
Physics Lists
20%
Medicine and Dentistry
Proton Therapy
100%
Bragg Peak
60%
Particle Therapy
20%