基于探测器相邻位置关系的联合测量和沾染区域划分
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Joint Measurement and Contaminated Area Partition Based on Adjacent Position Relationship of Detector
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    摘要:

    针对物体表面γ 放射性沾污测量,提出基于探测器相邻位置关系的联合报警和污染区域划分方法。利用 对物体测量时的探测数据,包括测量计数、探测器的相邻位置关系等信息,充分利用相关信息的关联性,通过联合 探测算法提高探测的灵敏度;并根据报警探测器区域位置关系对存在污染的区域进行解析,将存在污染的区域进行 显示。结果表明:该方法使污染显示更直观,清污更有针对性。

    Abstract:

    Aiming at the measurement of γ radioactive contamination on the surface of object, a method of joint alarm and contamination area division based on the adjacent position relationship of detectors is proposed. The detection sensitivity is improved by making full use of the relevance of the relevant information and the joint detection algorithm by using the detection data when measuring the object, including the measurement count, the adjacent position relationship of the detector and other information; and the polluted area is analyzed according to the position relationship of the alarm detector area, and the polluted area is displayed.The results show that the method makes the pollution display more intuitive and the decontamination more targeted.

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韩 强.基于探测器相邻位置关系的联合测量和沾染区域划分[J].,2023,42(02).

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  • 收稿日期:2022-10-16
  • 最后修改日期:2022-11-26
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  • 在线发布日期: 2023-02-24
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