三峡区

  • 网络Sanxia District
三峡区三峡区
  1. 长江三峡区土壤退化的研究

    Research on Soil Deterioration in The Yangtze Three-Gorge Region

  2. 长江三峡区土壤坡面流失及重力侵蚀

    A Study on Soil Loss in Slope Land and Gravitational Erosion in the Yangtze Three-Gorge Region

  3. 长江三峡区的坡面土壤流失量和入江泥沙量研究

    Research on Amount of Soil loss in Slope Surface and Sediment into the Yangtze River in Three-Gorge Region

  4. 长江三峡区土壤侵蚀规律及泥沙来源分析

    An Analysis of Soil Erosion Rules and Sediment producing Sources in the Region of Three-Gorge of the yangtze River

  5. 新北市三峡区近年来发展蓬勃,是否可更新三峡区的空拍图?

    The Three Gorges area in recent years , the new Taipei booming , if air can update the Three Gorges area of making a map ?

  6. GPS在三峡水库区云阳县滑坡监测中的应用

    Application of GPS technique for landslide monitoring in Yunyang County of the Three Gorges Reservoir area

  7. 分析结果表明,影响长江三峡花岗岩区优先流产流的降雨量在26mm(24h降雨量)以上。

    The results showed that the rainfall amount that could cause preferential flow was more than 26 mm .

  8. 三峡回水区DOM的F-7000三维荧光光谱特征

    Determination of Three-dimensional Fluorescence Characteristics of Dissolved Organic Matter by HITACHI F-7000 Fluorescence Spectrophotometer in Three Gorges Backwater Area

  9. 滑坡分布特征揭示地层是控制三峡水库区中前段滑坡发育的最重要的地质环境因素。提出易滑指数ES和区域易滑指数RES概念,以此说明区内各地层易于发育滑坡的程度及其分布比例。

    The study revealed that the lithology layer is the most important factor of geological environment for controlling landslide distribution , and " Easy Sliding " index-ES and " Regional Easy Sliding " index-RES are proposed to illustrate the capacity of landslide development in each litho logic layer .

  10. 三峡水库区巴东县文家滑坡特征及其防治对策

    Characteristics and control measure of Wenjia landslide in the Three Gorges Reservoir

  11. 三峡淹没区古文物线划图测制

    The Surveying and Mapping of Ancient Cultural Relics of Three-Gorge Submerging District

  12. 三峡经济区可持续发展战略抉择

    On strategic decision of sustainable development for Sanxia Economic Zone

  13. 甘肃天祝小三峡旅游区蝶类调查

    The investigation of butterflies in the three small Gorges of tianzhu , Gansu

  14. 三峡坝址区花岗岩全风化带渗流参数研究

    Seepage parameters of the completely weathered granite at the Three Gorges Dam Site

  15. 三峡水库区城镇滑坡分布及发育规律

    Landslide distribution and development in the towns of the Three Gorges Reservior area

  16. 三峡水库区岩土体高切坡的基本特点与防灾方法

    The basic characteristics and control measures of high cutting-slope at the Three Gorges Reservoir

  17. 长江三峡花岗岩区的泥沙,主要来源于坡面土壤侵蚀;

    Sediment in granite area of Three-Gorges mainly originates from soil erosion in slope .

  18. 长江三峡花岗岩区林地优先流影响因子分析

    Affecting Factors of Preferential Flow in Forest of Three Gorges area , Yangtze River

  19. 三峡保税区的模糊综合评价数学模型研究

    Research of Fuzzy Comprehensive Evaluating Model for Free Trade Zone in the Three Gorges

  20. 长江三峡水库区危岩分类及宏观判据研究

    Classification and identify of perilous rock in the area of the Three Gorges Reservoir

  21. 三峡水库区工程环境边坡治理方案的选择

    The selection of the treatment measurements of environmental slope in the Three Gorges reservoir project

  22. 三峡船闸区硬性结构面蠕变特性试验研究

    Experimental study on creep behaviors of hard structural plane in TGP 's permanent lock regions

  23. 长江三峡花岗岩区要地管流对地表径流的影响

    Influence of Pipe Flow to Surface Runoff in Granite Region Within Three-Gorges of Yangtze River

  24. 长江三峡花岗岩区降雨特性对管流的影响

    The Influence of Rainfall Characteristic on Pipe Flow in Granite Region of Three-Gorges of Yangtze River

  25. 三峡经济区产业结构发展战略研究

    The Study About the Developmental Stratagem by the Industry Structure in the Three Gorges Economic Area

  26. 三峡船闸区重点剖面和部位地应力场的概化

    Generalization of Geostress Field for Major Sections and Positions of Lock Area of Three Gorges Project

  27. 三峡茶区不同水质泡茶效果的研究

    The Effect of Tea-making with Different Kinds of Water in Tea Area in Three Gorges Region

  28. 三峡工程区岩体断裂的分形研究

    A fractal study of rock masses fractures in the dam site area of the Three Gorges Project

  29. 长江三峡花岗岩区不同地类土壤流失量研究

    Amount of Soil Loss Under Different Land Use Type in Granite Area of Three Gorges of Yangtze River

  30. 长江三峡花岗岩区林地坡面优先流模型研究

    Research on the Model of Preferential Flow in the Woodland of Granite Region , Three-Gorges of Yangtze River