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Examination of the Run-Time Differences between the EGSnrc and the EGS5 Monte Carlo Codes
Shlomi Caduri,
Itzhak Orion
Unit of Nuclear Engineering
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peer-review
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Dive into the research topics of 'Examination of the Run-Time Differences between the EGSnrc and the EGS5 Monte Carlo Codes'. Together they form a unique fingerprint.
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Keyphrases
Monte Carlo Code
100%
EGS5
100%
EGSnrc
100%
Electron Transport
44%
Linac Modeling
33%
Simulation Time
22%
Energy Loss
22%
Transport Method
22%
Fractional Energy
22%
EGSnrc Code
22%
Time Duration
11%
Parameter Values
11%
Model Calculation
11%
Statistical Precision
11%
Optimal Dose
11%
Calculation Results
11%
Complex Geometry
11%
Improvement Methods
11%
Code Changes
11%
Code-based
11%
Parameter Influence
11%
Multi-user Interference
11%
Medical Physics
11%
Result Accuracy
11%
Step Parameters
11%
BEAMnrc
11%
Photon Transport
11%
EGS4 Code
11%
Reduced Simulation
11%
EGSnrc Monte Carlo Code
11%
Dose Calculation
11%
Coding Performance
11%
Engineering
Energy Dissipation
100%
Energy Engineering
50%
Step Size α
50%
Result Code
50%
Duration Time
50%
Size Parameter
50%
Code Performance
50%
Earth and Planetary Sciences
Energy Dissipation
100%