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In a realistic calculation model using the Monte Carlo code such as MCNP 10) and PHITS,11) a sphere of diameter approximately 80 cm to 140 cm is placed as a detector at the evaluation position,7, 12) and the number of particles arriving at the detector is counted for each energy bin. As the area of the contaminated ground surface increases, the ratio of the number of particles (including scattered particles) reaching the detector rapidly decreases when compared with the number of particles emitted from the contaminated surface, and hence,

Verification of an Efficient Monte Carlo Model that Interchanges the Geometric Shapes of Plane Source and Detector in Radiation Transport Calculation