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眞田 幸尚; 近藤 敦哉*; 杉田 武志*; 西澤 幸康; 結城 洋一*; 池田 和隆*; 荘司 泰敬*; 鳥居 建男
Exploration Geophysics, 45(1), p.3 - 7, 2014/11
被引用回数:33 パーセンタイル:71.64(Geochemistry & Geophysics)福島第一原子力発電所の事故により、放射性物質が発電所近傍に飛散した。計画区域内を中心に、無人ヘリコプター放射線測定システムにより、放射性セシウムの沈着量分布及び河川を介した移行状況について調査を行った。ここではシステムの開発及び河川敷で計測したデータから放射性物質の移行について考察する。
鳥居 建男; 眞田 幸尚; 西澤 幸康; 近藤 敦哉*; 荘司 泰敬*; 池田 和隆*
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By the nuclear accident of the Fukushima Daiichi Nuclear Power Plant (NPP) caused by the East Japan earthquake and the following tsunami occurred on March 11, 2011, a large amount of radioactive materials was released from the NPP. In recent years, technologies for an unmanned helicopter have been developed and applied to natural disasters. In expectation of the application of the unmanned helicopter to airborne radiation monitoring, we had developed a radiation monitoring system using an autonomous unmanned helicopter (AUH). Then, we measured the ambient dose-rate at the height of 1-m above the ground and the soil deposition of radioactive cesium (Cs-134, Cs-137) by using the AUH system in the evacuation zone of residents around the NPP. Here, we report on the measurement technique and the result.