水文地质

shuǐ wén dì zhì
  • hydrogeololgy
水文地质水文地质
水文地质[shuǐ wén dì zhì]
  1. 用VISUALFOXPRO6.0进行水文地质数据库的升级和改造

    To Upgrade and Reform Hydrogeologic Data Bank with Visual FoxPro 6.0

  2. 应用手持GPS进行1∶5万水文地质填图的试验

    Test on 1 ∶ 50 000 Hydrogeology Charting By Hand GPS

  3. 在矿区水文地质调查中应用手持GPS接收机

    Use GPS receiver in hydrogeologic investigation of gold mining area

  4. 运用GIS技术,设计开发了矿山水文地质信息管理系统。

    The information management system of mine hydrogeology was designed and developed using GIS technology .

  5. 用Taylor展开最小二乘法反演水文地质参数

    The Parameters Inversion Method by Taylor Sexies Expansions Least Square

  6. 第三水文地质旋回J2t~K(J2t可属于过渡带),属于浅层强开放的重力驱动型水动力系统;

    The third one ( J 2t - K ) be-longs to shallow , strongly opened gravity drive hydrodynamic one .

  7. 总结了V字型及半V字型综合曲线所反映的水文地质特征。

    The article summarizes the hydrogeological characters of " V " and semi - " V " synthesis curve .

  8. 基于GMS支持下的大庆地下水库区水文地质结构可视化模型

    Hydrogeological Structure Visualization Model in Daqing Groundwater Reservoir Based on GMS

  9. 包括探地雷达(GroundPenetratingRadar)在内的许多电磁方法正越来越多的应用于近地表水文地质领域。

    Recent years , more and more electromagnetic geophysical methods , such as ground-penetrating radar , are rapidly used in hydrological problems of the near surface zone .

  10. 收集研究区现有水文地质条件等资料,并进行抽水实验求取渗透系数K,在此基础上建立研究区概念模型和数值模型。

    Through collecting data of the current hydrogeological condition of the studied site and carrying out pumping test to get the permeability coefficient K , the conceptual model and numerical model were constructed .

  11. 通过水文地质分析,对留设12m煤岩柱条件下的开采上限进行了研究。

    Based on hydrological analysis , a study is carried out under the mining condition of remaining 12m-width coal block .

  12. 作为全球信息化浪潮重要组成部分的地理信息系统(GIS)的建设利应用,极大地推动了水文地质领域的信息革命,促进了数字水文地质学科的形成与发展。

    Geographic Information System ( GIS ) is the important ingredient of global information tide , and the building and applying of it has greatly promoted the information revolution in hydrogeology field and accelerated the formation and development of digital hydrogeology .

  13. 本文将数据库技术、地理信息系统二次开发技术、常规数据分析方法、OpenGL三维图形输出技术进行了整合以对水文地质专业模块提供支持,研究设计了地下水补给评价模块。

    By integrating the database technique , second development technique of GIS , general data analysis method and 3-D graphic output technique realized by OpenGL to support the professional hydrological module , we designed the evaluation module of groundwater recharge .

  14. 一些先压后张断层的成因与研究意义某区NNE(NE)向断裂先压后张特征的发现及其水文地质意义

    Origin of faults with both compressive and tensile features and their tectonic significance discovery of the tensile after compressive characteris-tics of a NNE ( ne ) fault at a certain area and its hydro geological significance

  15. 用FD-138型示踪仪测定水文地质参数

    Isotope Instrument FD-138 for the Hydrologic Parameter Measurement

  16. CrossView插件在绘制水文地质图中的应用

    Application of CrossView Plug-in in Drawing Hydrogeological Map

  17. 尤其是近十年来,14C制取测试技术和数据分析理论的迅速发展给水文地质的研究带来了新的动力。

    Especially in the last decade , the fast development of ~ ( 14 ) C production and testing techniques and theory of data analysis has brought new motive force for hydrogeology study .

  18. 在受垂向入渗影响及河渠边界控制的半无限含水层中,利用作者已推导出的潜水非稳定渗流模型的新Laplace解,建立不同水文地质条件下的模型参数求解方法。

    A new analytic solution of unsteady flow for semi-infinite phreatic aquifer subjected to vertical seepage and bounded by a channel is deduced by applying the Laplace transformation . The methods for estimating the aquifer parameters corresponding to different hydrogeological conditions are proposed .

  19. 通过敦煌盆地自然地理和区域水文地质及盆地地下水均衡分析,将250m左右深度处稳定流线以上的含水层作为数值模拟对象,概化为非均质各向同性平面二维流混合层;

    By analyzing the physical geography , regional hydrology and geology information , and groundwater equilibrium of DunHuang Basin , this paper simulates the aquiferous layer which has the thickness of 250 m , and consider it as two dimension mixed layer which is heterosphere and isotropy .

  20. 本文运用D-InSAR技术对杭州地区近期的地壳形变特征进行了监测,并结合区域地质资料、地球物理资料、水文地质资料以及钻孔资料等对地壳形变机理进行了深入的探讨。

    The current characteristics of crustal deformation of Hangzhou area was monitored by the D-InSAR technology and the crustal deformation mechanism was discussed deeply combined with regional geological data , geophysical data , hydrogeology and drilling data etc. The paper falls into the following parts : 1 .

  21. 利用配线法求水文地质参数计算机程序简介

    Computer Program for Calculating Hydrogeologic Parameter by Using Curve Fitting Method

  22. 煤矿开采诱发的水文地质效应研究

    An Approach to the Hydrogeologic Effect Induced by Underground Coal Mining

  23. 城市垃圾填埋场选址的地质水文地质要求

    Geological and Hydrogeological Requirements for Options of Urban Waste Landfill Site

  24. 放射性碳同位素在水文地质中的应用进展

    Application and Progress of Radio Carbon Isotopes in the Hydrogeology Study

  25. 关于用非稳定流抽水试验确定水文地质参数时出现偏离问题的研究

    Deviation of hydrogeological parameter determined by pumping test of unsteady flow

  26. 矿井的水文地质数据是这两部分的基础。

    Mine hydrogeological data is the basis of the two parts .

  27. 煤层构造破碎度及其在水文地质中的应用

    The STRUCTURE-BROKEN degree of coal seam and its application on Hydrogeology

  28. 隧道深孔水文地质试验方法

    The Hydrological Test Methods for Deep Borehole in Tunnel Area

  29. 瓦房复背斜水文地质条件及找水方向初论宝兴复背斜的构造侵位

    A first discussion on the tectonic emplacement of Baoxing anticlinorium , sichuan

  30. 我国干旱区大型盆地水文地质特征研究

    Hydrogeologic Characteristics of Large Basins Research in the Dry District of China