1) groundwater investigation
地下水勘察
2) groundwater source exploration
勘察地下水源
4) groundwater exploration
地下水勘查
1.
Summarization on applications to groundwater exploration by using transient electromagnetic methods;
瞬变电磁法在地下水勘查中的应用综述
2.
The results obtained provide basic data for groundwater exploration in this region.
用电测深资料推断了诸盆地的准第四系厚度、岩性结构、隐伏构造等,为该地区地下水勘查提供了基础性资料。
3.
So, the two methods play an important role in the groundwater exploration.
地面核磁共振测深技术是目前唯一直接找水的物探新技术 ,而高分辨率浅层地震技术可为地下水勘查提供构造、地层划分、地层富水性和岩性对比等方面的资料。
5) hydrogeological investigation
水文地质勘察
1.
Discussion on the content of hydrogeological investigation in underground engineering in Shanghai
上海地区地下工程中水文地质勘察内容的探讨
2.
Based on hydrogeological investigation,tunnel s hydrogeology character such as geological structure,development of surface water and underground water,recharge of surface water and groundwater is evaluated,and normal and maximum water yield are predicted in the way of groundwater runoff modulus.
根据该隧道的水文地质勘察资料,分析评价了其地质构造、地表水的发育、地下水的发育、地表水及地下水的补给等水文地质特征,并采用径流模数法预测了隧道的正常涌水量和最大涌水量。
3.
So it is very important to the safe construction and operation of tunnel to make an accurate hydrogeological investigation.
综合考虑隧道的结构类型、隧道穿越的地层及地下水的赋存条件、运移特征等因素,进行水文地质勘察、试验,在此基础上对狮子洋隧道水文地质特征分段评价,并提出相应工程措施。
6) geological investigation
地质勘察
1.
Application of the electric sounding in geological investigation of mountains;
电测深物探方法在山区工程地质勘察中的应用
2.
Requirements of foundation pit excavation designon geological investigation;
基坑开挖设计中对地质勘察工作的要求
3.
Brief talk on railway geological line selection and project geological investigation in loess area
浅谈黄土地区铁路地质选线与工程地质勘察
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