查詢結果分析
相關文獻
- Determination of Governing Equations of Groundwater Flow and Solute Transport from the Hydrogeologic Conceptual Model
- 原住民議題與新聞再現--以蘭嶼核廢料場抗爭為例
- 利用定水頭試驗推估含水層參數
- 蘭嶼漁人部落潮間帶螃蟹文化之調查研究
- 蘭嶼雅美人保留地利用與經濟發展初探
- 重讀達悟家屋:達悟家屋之空間生產
- 臺灣蘭嶼小耳豬作為生物醫學實驗動物之探討
- Experimental and Numerical Simulation of Soil Response Under Earthquake Loading for Uniform Sand Layer
- 蘭嶼原生百合復育
- 由水系談蘭嶼的地形演育
頁籤選單縮合
題 名 | Determination of Governing Equations of Groundwater Flow and Solute Transport from the Hydrogeologic Conceptual Model=由水文地質概念模式決定地下水流及溶質傳輸控制方程式 |
---|---|
作 者 | 簡錦樹; | 書刊名 | 中國地質學會會刊 |
卷 期 | 41:2 1998.05[民87.05] |
頁 次 | 頁271-289 |
分類號 | 443.67 |
關鍵詞 | 水文地質概念模式; 水文地質條件; 控制方程式; 數值模式; 地下水流; 溶質傳輸; 蘭嶼; Hydrogeologic conceptual model; Hydrogeologic conditions; Governing equations; Numerical model; Groundwater flow; Solute transport; Lan-yu; |
語 文 | 英文(English) |
中文摘要 | 水文地質概念模式可用於界定現場地下水流況、特性、及水文地質條件,以及決 定邊界條件、地下水流及溶質傳輸控制方程式,如此可做為現場模擬地下水流、溶質傳輸以 及決定水文地質參數(如導水及貯水係數)之基礎。由水文地質概念模式可用於驗證數值模 式之模擬結果與水文地質參數決定值之正確性,亦即,水文地質概念模式做得愈完整,數值 模擬與水文地質參數決定的結果之可靠度及精確度會愈高。本研究之主要目的為由水文地質 概念模式決定數值模式之地下水流及溶質傳輸控制方程式,此水文地質概念模式之建立步驟 有三:(1) 定義水文地質(層)單元;(2) 定義地下水流系統;(3) 準備水文收支平衡。蘭 嶼低階放射性廢料貯存場為本研究之範例。 |
英文摘要 | The hydrogeologic conceptual model can be applied to delineate the groundwater flow conditions, characteristics, and hydrogeologic conditions and to determine the governing equations of groundwater flow and solute transport and boundary conditions, thus forming the basis of numerical field simulations of the abovementioned parameters. Furthermore, the model can be used to verify the modeling results, and the more complete the model becomes, the more reliable and accurate the results of numerical modeling and the determination of hydrogeologic parameters (i.e., transmissivity and storage coefficient). The purpose of this study is to determine the governing equations of groundwater flow and solute transport as shown by a numerical model on the basis of the hydrogeologic conceptual model, which can be built in the following three steps:(1) defining hydrogeologic (hydrostratigraphic) units; (2) defining the groundwater flow system; and (3) preparing a water budget. The Low-Level Radwaste Repository of Lan-Yu is an example site of this study. |
本系統中英文摘要資訊取自各篇刊載內容。