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Analysis of Radiation Damage in Electronics of Unmanned Aerial and Ground Robotic Platforms

Abstract

• Radiation measurements are necessary for a routine monitoring of nuclear facilities and during emergencies, such as the Fukushima Daiichi nuclear power plant accident • Robotic platforms are utilized to carry radiation sensors to allow for remote sensing and sampling operations • Unmanned Aerial Systems (UAS) and Unmanned Ground Vehicle (UGV) • Robots might be exposed to the ionizing radiation (high dose levels are possible) • Irradiation causes defects in devices and components leading to malfunctions and limiting the robot capabilities, decreasing its operational time • The goal is to complete scheduled tasks while the robot is being irradiated • To achieve this goal, electronic components should be shielded and radiation hardened • Radiation damage in materials is characterized by the displacement per atom (DPA) • Monte Carlo code FLUKA was used to calculate the DPA values in electronic component

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