1) groundwater influence index
地下水流动指数
2) groundwater flow
地下水流动
1.
Numerical simulation of groundwater flow and migration of ~3H at certain site
某区域地下水流动与核素~3H迁移的数值模拟
2.
A 3-D numerical model which couples a groundwater flow model with the heat transfer was used to analyze changes in the geological temperature field during and after energy mining for various regional groundwater flow scenarios.
结果表明,对于地下水流动较为显著的地区,地温场的变化幅度不仅受地下水天然流速的影响,还与井位布局方向密切相关。
3.
This paper analyses the effect of groundwater flow on the design of ground-loop heat exchanger.
分析了地下水流动对地下环路热交换器设计的影响,介绍了以Pe数作为在地下环路热交换器设计中是否应考虑地下水流动因素的一个判别条件,较详细阐述了地下水流动和传热控制方程及其数学解法。
3) groundwater pollution exponent
地下水污染指数
1.
The meaning of resisting pollution coefficient, describing the character of terrane resisting pollution and the meaning of groundwater pollution exponent, describing the possibility of groundwater pollution are quantificationally discuss.
在掌握水文地质条件基础上,通过绘制岩层阻隔系数等值线和地下水污染指数等值线,按级别进行地下水保护区划分。
4) groundwater runoff modulus
地下水径流模数
1.
Based on the analysis of topographic and geological conditions along the west route of South-to-North Water Transfer Project,the groundwater runoff modulus and the rock permeability properties are studied.
针对南水北调西线引水工程区地形地貌和地质条件的特点,研究了该工程区地下水径流模数、岩体透水性的分布规律。
5) groundwater flow system
地下水流动系统
1.
Analysis of Groundwater Flow System and Modeling of Hydrogeochemical Evolution in Xinzhou Basin, China;
忻州盆地第四系地下水流动系统分析与水化学场演化模拟
2.
By establishing patterns of groundwater flow system in the area based on theory of groundwater flow system,They have revealed the characteristics of discharge zone mixed with deep confined karst water and shallow phreatic basal water and heterogeneity of basal aquifer developed layered fractures and.
针对溪洛渡巨型水利枢纽工程在玄武岩坝址区的勘探中遇到的较为复杂的水文地质异常现象 ,如冷水与热水、裂隙水“承压”现象、偶遇大水量突水点等异常现象 ,通过运用地下水流动系统理论 ,构建了坝区地下水流动系统模式 ;揭示了深部灰岩水越层排泄和玄武岩潜水混合排泄带的特征 ,以及浅部以层间层内裂隙发育为主的非均质玄武岩含水介质的特点 ;阐明了坝区地下水异常现象的成因与条件。
3.
To construct the relationships between monitoring wells, the flow system analysis is recommended because the hierarchy of monitoring network is well corresponded with the hierarchical structures of groundwater flow systems.
文章列举了观测网层次问题的表现 ,原因和可能造成的后果 ,提出地下水观测网的层次性应该对应地下水流动系统的层次性。
6) groundwater flow systems
地下水流动系统
1.
Based on the analysis of the characteristics of karst development in Liushan interstream block at Banxia dam site,Qingjian river,the authors apply the groundwater flow systems to simulate the flowline distribution in different area of the interstream block.
在对清江半峡水利枢纽柳山河间地块岩溶发育特征分析的基础上，采用地下水流动系统模拟了河间地块不同地带流线分布，进而分析了该河间地块岩溶发育规律，评价了岩溶渗漏问题。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条