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Impact of Cobalt-60 Gamma Radiation Source on Electronic Devices using Geant4

机译:使用Geant4的钴60伽玛辐射源对电子设备的影响

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This paper discusses the evaluation of performance of the Atmel Atmega328 under exposure of Cobalt-60(Co-60) source. Geant4 software is used to simulate the passage of particles through matter and calculate the absorb dose rate using Monte Carlo Methods. In the simulation using the Geant4 software, we vary the distance of IC from the source. Experiments also was conducted to measure radiation level of actual Cobalt-60 source using Atmel Atmega328 based Geiger Muller Tubes sensor. The result of the simulation experiments were discussed based on the inverse square law theorem. Following the advantages and limitations of this paper, some recommendations for future researchers were also presented.
机译:本文讨论了在暴露Cobalt-60(Co-60)源的情况下对Atmel Atmega328的性能评估。 Geant4软件用于模拟粒子通过物质的通道,并使用蒙特卡洛方法计算吸收剂量率。在使用Geant4软件进行的仿真中,我们改变了IC与源之间的距离。还使用基于Atmel Atmega328的Geiger Muller管传感器来测量实际Co-60辐射源的辐射水平。基于平方反比定理,讨论了仿真实验的结果。遵循本文的优点和局限性,还为将来的研究人员提供了一些建议。

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