引用本文:张洪凯,周桂芬,张新华,张洪勋,田家怡,等.山东省小清河弥散度的测定及对潜水的污染预测[J].环境科学研究,1996,9(1):7-11.
ZHANG Hongkai,ZHOU Guifen,ZHANG Xinhua,ZHANG Hongxun,TIAN Jiayi,et al.Determination of Dispersion Intensity and Pollution Prediction of Phreatic Water of the Xiaoqing River of Shandong Province[J].Reserrch of Environmental Science,1996,9(1):7-11.]
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山东省小清河弥散度的测定及对潜水的污染预测
张洪凯, 周桂芬, 张新华, 张洪勋, 田家怡
山东省滨州地区环境监测站 滨州 256614
摘要:
在对小清河沿岸水文、地质资料分析的基础上,用I131作为示踪剂,进行了潜水水质野外模拟试验,首次求出了小清河纵向弥散度为0.42m,污染物质向潜水扩散的速度约为2.8m/a。
关键词:  模拟  弥散度  潜水  
DOI:
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基金项目:
Determination of Dispersion Intensity and Pollution Prediction of Phreatic Water of the Xiaoqing River of Shandong Province
ZHANG Hongkai, ZHOU Guifen, ZHANG Xinhua, ZHANG Hongxun, TIAN Jiayi
Environmental Monitoring Station of Binzhou Prefecture, Binzhou 256614
Abstract:
Based on the analysis of hydrological and geological data of Xiaoqing River, the simulation field test was conducted to determine the phreatic water quality using I131 as tracer. The dispersive intensity and the dispersive velocity of the phreatic water of Xiaoqing River were determined to be 0.42 m and 2.8 m/a respectively.
Key words:  Simulating  Dispersive Intensity  Phreatic water