The normalized integrated concentration of pollutant has been obtained after solving temporaly diffusion equation using the method of separation variable considering the eddy diffusivities which measuring at night or at any time in high inversion layer in the stable condition. The dataset is observed from the “Project prairie Grass” (Barad 1958) which is measured using wind speed at 1.5m and downwind distance during the experiment at i50, 200/i and i800 m/i in stable case for runs from 1 to 10. Comparison between the estimated and observed normalized integrated concentration at a different downwind distance for all runs at it/i = 30 minutes is calculated.
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机译：考虑到稳定条件下高反演层在夜间或任何时间测量的涡流扩散率，采用分离变量法求解时间扩散方程后，即可得到污染物的归一化综合浓度。该数据集来自“草原草项目”（Barad 1958），该数据是在实验期间在 50、200 和 800 m 在1到10的运行中处于稳定情况。>计算了在 t = 30分钟的所有运行中在不同顺风距离处的估计和观测到的归一化积分浓度之间的比较。
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