本工作研究放射性废物快速非破坏性检测装置的数据分析方法和检测装置探测效率的蒙特卡罗法计算。
The research concerns in the data analysis and detection efficiency calculation based on Monte-Carlo method for non-destructive assay radioactive waste measurement instrument.
局部放电检测作为一种非破坏性试验，越来越得到人们的重视。
Partial discharge (PD) detection, as one of the non-destructive testing, has been paid more and more attention.
为了实现粮食检测过程中的统一化和标准化，用于现场的非破坏性水分快速测量仪的设计是十分必要的。
It is necessary to develop a non-destructive moisture detector used in work field in order to realize the normalization and standardization of the measurement in the process of detecting grain.
基于SPR技术的传感器具有免标记、实时检测、灵敏度高、非破坏性、样品不需要纯化和抗背景干扰等优点。
According to the SPR sensor has the much advantage of label-free detection, real-time monitoring, high-sensitivity, non-destructive, non-purified, and without background interference.
基于SPR技术的传感器具有免标记、实时检测、灵敏度高、非破坏性、样品不需要纯化和抗背景干扰等优点。
According to the SPR sensor has the much advantage of label-free detection, real-time monitoring, high-sensitivity, non-destructive, non-purified, and without background interference.
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