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Student Number 956204009
Author Xiang-Zhong Meng(孟祥中)
Author's Email Address No Public.
Statistics This thesis had been viewed 1316 times. Download 765 times.
Department Graduate Institute of Applied Geology
Year 2008
Semester 2
Degree Master
Type of Document Master's Thesis
Language zh-TW.Big5 Chinese
Title Hydrostratigraphic Profiling Tool and Pneumatic Slug Test Investigates of the Hydraulic Conductivity for Shallow Aquifers
Date of Defense 2009-07-09
Page Count 129
Keyword
  • direct push
  • hydrostratigrapic profiling tool
  • pneumatic slug tester
  • Abstract The hydrostratigrapic profiling tool (HPT) and the pneumatic slug tester (PST) are two state-of-the-art technologies for real-time and in-situ determination available for shallow (less than 30 meters) of K(z), unconsolidated materials of grain size smaller than about 4mm. In Taiwan groundwater monitoring network to obtain hydraulic conductivity information for deep of K. How to effectively and rapidly determine K(z) is an important issue in the design and conduction of aquifer recharge. Because they are attached to the direct-push machine, their application requires no well installation and is relatively rapid. In this study include (1) HPT and PST equipment, limiting and data analysis methods, (2) HPT and PST tests at three sites in Southern Taiwan, collecting the vertical variation of electric conductivity and formation response pressure, and depth-specific hydraulic conductivity; regression analysis of them yields K(z) of the test locations, and (3) a chart for electric conductivity of different unconsolidated materials and grain size by making use of literature data and field data collected in this project, and it provides reference for HPT data analysis. The results of this assessment demonstrate that the HPT and PST can provide high-resolution K estimates.
    Table of Content 摘要i
    Abstractii
    目錄iii
    圖目錄v
    表目錄xi
    第一章 緒論1
    1.1 研究目的2
    1.2 研究方法3
    第二章 水文地層剖析儀與氣壓式微水試驗儀工作程序8
    2.1 概要8
    2.2 適用範圍及限制10
    2.3 HPT試驗步驟11
    2.4 PST試驗步驟14
    2.5 資料分析方法17
    2.5.1 HPT資料分析17
    2.5.2 PST資料分析20
    2.5.2.1 PST反應特徵:20
    2.5.2.2形狀因子(shape factor):20
    2.5.2.3振盪反應資料分析:23
    2.5.2.4非振盪反應分析:25
    第三章 實例分析26
    3.1高雄縣潮寮國小28
    3.2屏東縣大明國小40
    3.3高雄縣昭明國小52
    3.4案例討論56
    第四章 HPT與PST國內外研究成果討論63
    4.1 導電度、地質材料與粒徑大小關係80
    第五章 結論與建議83
    參考文獻85
    附錄A、HPT試驗設備介紹89
    附錄B、PST試驗設備介紹95
    附錄C、HPT儀表顯示器介紹及操作說明102
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    Advisor
  • Chia-shiun Chen(陳家洵)
  • Files
  • 956204009.pdf
  • approve immediately
    Date of Submission 2009-07-17

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