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381溶浸场地地下水环境的复元研究
引用本文:史维浚,程军蕊,王国华.381溶浸场地地下水环境的复元研究[J].华东地质学院学报,2004,27(3):213-219.
作者姓名:史维浚  程军蕊  王国华
作者单位:[1]东华理工学院土木环境工程系,江西抚州344000 [2]宁波大学建筑工程与环境学院,浙江宁波315211 [3]江西煤炭地质勘察设计院,江西南昌330000
基金项目:核工业科学基金资助项目 (94A4860 2 )
摘    要:讨论了水环境复元的水一岩作用及其对水环境整治的正负影响。展示水文地球化学在水环境评价和整治工作中的不可忽略的作用和意义。在介绍溶浸场地水环境复原研究过程中,提出反映环境整治程度的参数,如清洗比、清除比和清洗程度等概念和求测计算方法。在地浸场地复原研究中,提出了采用冲洗清洗法与自然恢复相结合的方法,预计可以获得较佳效果。

关 键 词:水环境  水文地球化学  阻滞系数  清洗比  清洗程度  复元  溶浸开采
文章编号:1000-2251(2004)03-213-07
修稿时间:2003年9月15日

Recovering the Water Environment in 381 Leaching Site
SHI Wei-jun,CHENG Jun-rui,WANG Guo-hua.Recovering the Water Environment in 381 Leaching Site[J].Journal of East China Geological Institute,2004,27(3):213-219.
Authors:SHI Wei-jun  CHENG Jun-rui  WANG Guo-hua
Institution:SHI Wei-jun~1,CHENG Jun-rui~2,WANG Guo-hua~3
Abstract:This paper regards the important roles of water-rock interaction to the problems of water environment assessment and treatment during the process of recovering the water environment in site of in situ leaching. In this paper some ideas and coefficients referred to the ratio of elimination, the ratio of washing, the degree of washing are offered. The study of this paper shows that the combinations between the washing and nature recovery methods will give us more efficiency during he process of treatment of in-situ leaching site of uranium.
Keywords:water environment  hydrogeochemistry  retardation coefficient  the ratio of washing  the degree of washing
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