loess landslide

美 [ˈloʊəs ˈlændslaɪd]英 [ˈləʊɪs ˈlændslaɪd]
  • 网络黄土滑坡
loess landslideloess landslide
  1. The study of model on the exploration and design of loess landslide

    黄土滑坡勘察设计模式研究

  2. Analysis of loess landslide mechanism based on depth identification of rainfall infiltration

    基于降雨入渗深度反演的某黄土滑坡机理研究

  3. A study on the mechanism of high speed loess landslide induced by earthquake

    地震诱发高速黄土滑坡的机理研究

  4. Application of high resolution sounding method in loess landslide detection

    应用GDS高分辨率测深法探测黄土滑坡

  5. Loess Landslide in " West to East Gas Pipeline Project "

    西气东输管道工程相关的黄土滑坡

  6. Based on GIS , confirmed the standards of loess landslide assessment .

    确定了基于GIS的滑坡危险性评价指标;

  7. The Imbalance Thrust Force Method in Stability Evaluation of Earthquake Induced loess landslide

    地震诱发黄土滑坡稳定性评价中的不平衡推力法

  8. The method of forecast just before sliding for loess landslide

    黄土滑坡临滑预报的应变控制方法

  9. Loess landslide disaster in the development of the West

    浅议西部大开发中的黄土滑坡灾害

  10. Basic types and active features of loess landslide

    黄土滑坡的基本类型与活动特征

  11. Study on Sliding Mode and Formation Mechanism of Loess Landslide in WuQi

    吴起县黄土滑坡滑动模式及形成机理研究

  12. Combined numerical simulation , the mechanism of flow slide of loess landslide is discussed .

    结合数值模拟系统地分析了黄土滑坡的流滑机理。

  13. The creep stage and movement stage about loess landslide moving is established .

    提出了黄土滑坡运动静动阶段和运动阶段的观点。

  14. Analysis on development of landform for loess landslide in northern region of Shanxi Province

    陕北黄土滑坡地貌演变分析

  15. Serious loess landslide hazards have restricted local economic development in baoji district .

    宝鸡地区黄土滑坡灾害较为严重,严重的威胁到了居民的正常生产生活,制约了当地的社会经济发展。

  16. Distribution regularity and forming condition of loess landslide

    浅议黄土滑坡的分布规律及形成条件

  17. Problems of rock-soil mechanics on responsibility cognizance of great loess landslide

    特大黄土滑坡事故责任认定中的岩土力学问题

  18. At last , the loess landslide case of Tianshui , Gansu Province was analysed .

    结合甘肃天水的黄土滑坡实例进行了具体分析。

  19. Slippage Estimation of the Loess Landslide Triggered by Earthquake

    地震诱发黄土滑坡的滑距估测

  20. A Further Study on the Mechanism of Highspeed Loess Landslide in State of Creeping and Sliding Liquefaction

    高速黄土滑坡蠕、滑动液化机理的进一步研究

  21. An experimental study on the initiation mechanism of rapid and long run-out loess landslide caused by 1920 Haiyuan earthquake

    高速远程地震黄土滑坡发生机制试验研究

  22. Loess landslide is a common geological disaster in loess region , one third of the landslides occur in loess area .

    黄土滑坡是黄土地区常见的地质灾害之一,全国约有1/3的滑坡灾害发生于黄土地区。

  23. A two-type and four-pattern scheme for categorizing loess landslide is presented .

    提出了黄土滑坡的两型四类划分方案;

  24. Characteristics of " typical loess landslide " is as follow : ① distributing in the margin of loess platform ( high terrace );

    针对“典型黄土滑坡”的特征,如分布于黄土台塬(高阶地)边;

  25. Pre-failure topography reconstruction for loess landslide

    黄土滑坡的滑前地貌重建

  26. The seasonal freeze-thaw inducing mechanism of loess landslide is studied . The soils temperature distribution on the slope surface and the freezing depth are modeled .

    提出了(1)黄土滑坡的季节性冻融作用机理,建立了黄土斜坡表面土体温度分布及冻深模型;(2)暴雨型黄土滑坡的暴雨诱发机理;

  27. Secondly , internal and external factors of landslide are explored thoroughly , and the conclusion is that rainfall is the main factor of loess landslide in watershed area .

    其次,对滑坡形成的内外因素进行了深入探讨,发现降雨是分水岭地区黄土滑坡形成的主要诱发因素。

  28. Analysis of relationship between deformation of Lanzhou loess landslide and surface water ( rain water ) seepage & an example of rain seepage experimental study in Gaolan mountain landslide

    兰州黄土滑坡与地表水入渗变形关系分析&以皋兰山滑坡降雨入渗试验研究为例

  29. After referring to the information at home and abroad , using many vary theoretic means , the research outcomes of sliding soil in loess landslide is systemically analyzed and induced .

    本文参阅国内外同类研究,以多学科的理论为方法,系统性地分析和归纳了黄土滑坡滑带土的研究成果。

  30. The loess landslide movement is a non stationary complex one combined with earth microtremors , the hydraulic gradient of high osmosis and strong shear force of landslide mass .

    分析认为这种振荡曲线与地球自身的脉动有关,它是由地球脉动、高渗透水力坡降和大的滑体剪切作用叠加而成的一种呈非平衡态的复杂运动。