节点文献
地下水的分类和基岩裂隙水的基本概念
GROUNDWATER CLASSIFICATION AND BASIC CONCEPTS OF FRACTURE WATER
【摘要】 论文深入地论述了“地下水类型”及“基岩裂隙水”这两个重要概念的认识过程。根据新近的地下水勘探资料,论文指出了目前通用的地下水介质分类存在的问题,提出了地下水介质分类的新方案和基岩裂隙水的新概念。
【Abstract】 Two important concepts in hydrogeology, groundwater type and bed rock fracture water, have been systematically reviewed, and the different groundwater classifications have been compared in this paper. There are two groundwater classification plans in the world now. The classification based on groundwater dynamic properties of the aquifer is widely agreed among hydrogeologists all around the world. Another classification is based on the rock media, which included two different plans: the classification according to the types of openings in water bearing media, and the classification according to the rock type. Since the classification according to the type of openings (i.e.,porous water, fracture water and karst water) has a good representation on the relationship among rock type, opening type and groundwater type, therefore, it has been adopted by many hydrogeologists in China, Russia and many other countries. Based on recent data of groundwater survey in many countries, the author pointed out that although the classification according to the opening type of water bearing media has many advantages, some problems still existed, such as: (1) there is no absolute co relations among rock type, opening type and groundwater type; (2) some transitional rock type and the rocks with two opening types are not included in the classification; and (3) the classification does not cover all types of the groundwater. Here, the author proposed a modified classification plan, in which the transitional type, rock type and opening type have been considered together. Based on this classification, the basic concepts of bed rock fracture water have been discussed.
【Key words】 classification of groundwater; bed rock fracture water; types of rock interstices.;
- 【文献出处】 高校地质学报 ,GEOLOGICAL JOURNAL OF CHINA UNIVERSITIESF , 编辑部邮箱 ,1998年04期
- 【分类号】P641.13
- 【被引频次】19
- 【下载频次】729