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Xenon and radon time series analysis: A new methodological approach for characterising the local scale effects at CTBT radionuclide network

机译:氙气和氡时间序列分析:一种新的方法论方法,用于表征CTBT放射性核素网络局部规模效应

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摘要

A new methodology of time series analysis has been tested on Xe-133 and estimated Rn-220 activity concentrations in order to characterise the site response of four different CTBT/IMS monitoring stations. Seasonal variability of Xe-133 and Rn-220 at these IMS stations and the role played by different meteorological parameters on such variability have been quantified. As xenon and radon are both noble gases with similar physical characteristics but very different source terms, the methodology adopted in this comparative study, once coupled to analysis of radioxenon emission time series sampled at nearby NPPs or IPFs and to direct measurements of Rn-220 at IMS sites location, might help assess relative influence of near and far field air on IMS radioxenon detections. Possible applications of the adopted methodology to radioxenon categorisation schemes are also discussed.
机译:在XE-133上测试了一种新的时间序列分析方法,并估计RN-220活性浓度,以表征四种不同的CTBT / IMS监测站的现场响应。 这些IMS站的XE-133和RN-220的季节变异性以及通过不同气象参数在这种可变性上发挥的作用已经进行了量化。 由于氙气和氡都是具有相似物理特征但源术语的惰性气体,但源术语具有很大的源术语,这对比较研究采用的方法,一旦耦合到附近NPP或IPF的放射蛋白发射时间序列的分析,并直接测量RN-220 IMS网站位置可能有助于评估近距离现场空气对IMS无线电检测的相对影响。 还讨论了所采用的方法的可能应用于无线电分类方案。

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