滇西某铁路隧道选址区地下水同位素信息及其循环模式
Groundwater Circulation Mode and its isotopic information in tunnel area
本文借助于不同水源的氘、氚、氧同位素,分析隧道选址区地下水同位素和水化学特征。利用同位素混合模型,判别研究区地表水和地下水的交替关系。定性、定量分析水体补给源及补给方式。最后结合地质背景初步推论本区地下水循环模式。为指导工程提供依据。
With different water source in a potential tunnel area,the characteristics of the deuterium, tritium,and oxygen isotope have been analyzed. Then, the exchange relations between surface water and ground water can be derived from the results of an isotope mixmodel. Besides, the recharge source and its pattern can be known by Qualitative and quantitative analysis. Finally, a preliminary groundwater circulation in research area are concluded.
黄爽兵、李晓、刘昌蓉
水工勘测、水工设计地质学环境科学基础理论
隧道，地下水，同位素，水化学，水循环模式
tunnel Ground water isotope hydrochemistry Circulation Mode
黄爽兵,李晓,刘昌蓉.滇西某铁路隧道选址区地下水同位素信息及其循环模式[EB/OL].(2007-05-16)[2025-08-18].http://www.paper.edu.cn/releasepaper/content/200705-222.点此复制
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