The development of radiological detection monitoring system.

在研究期间，我们开发了具有放射性监测、加速度、温度和心电图感知功能的个人监测传感器。利用该监测传感器，对2011年3月11日日本东北地区太平洋沿岸地震后福岛第一核电站事故发生后，长崎大学医院派遣医疗人员的生物信息进行了评估。此外，我们还利用长崎大学设置的全身计数器精度模型，对长崎派往福岛人员的内照射剂量进行了评估。特别是，从事故发生后初期测量的受试者中，检测到短半衰期的放射性核素如I-132和Te-132 I-131，这为事故情况提供了重要信息。

During study period, we developed the monitoring sensor for individuals equipped with radioactivity monitoring, acceleration, temperature and electrocardiogram perceptional function. Using this monitoring sensor, we evaluated the biological information of dispatched medical stuff from Nagasaki University Hospital after the accident at Fukushima Daiichi nuclear power plant accident following Tohoku Region Pacific Coast Earthquake on March 11, 2011. In addition, we evaluated the internal radiation exposure doses of dispatched persons from Nagasaki to Fukushima by the precision model of whole body counter which were setting in Nagasaki University. Particularly, from the subject who measured after an accident at initial phase, short half-life radionuclides such as I-132 and Te-132 I-131 were detected, which gives to the important information on the situation of accident.