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Simulation and Verification of γ-multi-layer Shielding with Monte Carlo Method

Qing Lin

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Abstract

In this paper, the multi-layer model was established to calculate γ-radiation non-uniform shielding problem, and various combinations of methods were investigated to determine the optimal option. At the same time, the comprehensive analysis of the simulation results, the theoretical calculation and the experimental measurements show that the consistency among them. Practical significance is also shown that the application of Monte Carlo method to simulate the non-uniform shielding feasibility and multi-layer shielding design.

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What this paper is about

In this paper, the multi-layer model was established to calculate γ-radiation non-uniform shielding problem, and various combinations of methods were investigated to determine the optimal option. At the same time, the comprehensive analysis of the simulation results, the theoretical calculation and the experimental measurements show that the consistency among them. Practical significance is also shown that the application of Monte Carlo method to simulate the non-uniform shielding feasibility and multi-layer shielding design.

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Available abstract

In this paper, the multi-layer model was established to calculate γ-radiation non-uniform shielding problem, and various combinations of methods were investigated to determine the optimal option. At the same time, the comprehensive analysis of the simulation results, the theoretical calculation and the experimental measurements show that the consistency among them. Practical significance is also shown that the application of Monte Carlo method to simulate the non-uniform shielding feasibility and multi-layer shielding design.

Key concepts: Electromagnetic shielding, Monte Carlo method, Consistency (knowledge bases), Computer science, Layer (electronics), Radiation shielding, Computational physics, Nuclear engineering

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