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Príspevok k?analyze ?asovych radov objemovej aktivity radónu v?p?dnom vzduchu

机译:有助于分析新鲜空气中don体积活动的时间序列

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The article is devoted to evaluation of dependence between measured values of 222Rn and 220Rn volume activity in soil air and some?meteorological parameters (temperature and humidity of atmospheric air) in two annual cycles from 3.2.2000 to 30.10.2001. The year around evaluation of observed dependencies by means of linear regression is supplied by more detailed visual correlation of time courses of soil 222Rn and 220Rn volume activity and time courses of atmospheric temperature and humidity in the form of their polynomial fits. The correlation shows time lag of approximately 2–3 months between soil 222Rn and 220Rn volume activity curves and atmospheric temperature curve as result of complex interactions between both environments. A?tight dependence between radon content in pore space of soil cover and meteorological parameters of atmospheric environment in dependence on weather changes in a?year cycle was documented.
机译:本文专门研究了土壤空气中222Rn和220Rn体积活度的测量值与一些气象参数(大气的温度和湿度)之间的相关性(从2000年2000年3月3日至2001年10月30日)。通过线性回归评估观测依存关系的这一年,是通过土壤多项式拟合形式的土壤222Rn和220Rn体积活度的时程与大气温度和湿度的时程的更详细的视觉关联来提供的。相关性表明,由于两种环境之间复杂的相互作用,土壤222Rn和220Rn的体积活度曲线和大气温度曲线之间存在大约2-3个月的时滞。记录了土壤覆盖物孔隙空间中ra含量与大气环境气象参数在一年周期内的紧密关系。

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