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γ Ray irradiation test of control system of nuclear emergency rescue robot

机译:核应急救援机器人控制系统的γ射线辐照试验

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In past 40 years, robots have been proved necessity in nuclear crisis and daily maintenance. Especially after the Fukushima nuclear crisis, robots were used to detect irradiation dose rate and sample contaminated water inside the reactor more widely. The key for a nuclear robot was irradiation hardness of its components, especially the electrical components. We conducted a yray irradiation test for the robot control system based on the previous works of the motion control subsystem. The result showed the control system and communication link survived under 100Gy, then we took an additional 300Gy total dose test and found the value of total dose under which made system the catch is incapable. Based on the results and future work, it is possible to design a control system that can survive under 100Gy.
机译:在过去的40年中,事实证明,机器人在核危机和日常维护中必不可少。特别是在福岛核危机之后,机器人被用来检测辐照剂量率并更广泛地对反应堆内部的污染水进行采样。核机器人的关键是其组件(尤其是电气组件)的辐照硬度。我们根据运动控制子系统的先前工作对机器人控制系统进行了光辐照测试。结果表明控制系统和通讯链路在100Gy以下仍可幸存​​,然后我们进行了另外的300Gy总剂量测试,发现使系统无法捕获的总剂量值。根据结果​​和未来的工作,有可能设计出一种可以在100Gy以下生存的控制系统。

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