地质勘探

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  • geological prospecting;geologic examination
地质勘探地质勘探
  1. 地质勘探队员餐风饮露,历尽辛苦,找到了不少新的矿藏。

    After enduring the hardship of the arduous fieldwork , the prospecting team discovered many new ores .

  2. 祖国各个角落都有地质勘探队员的足迹。

    Our geological explorers have left their footprints in every corner of the country .

  3. 放射性同位素X射线荧光技术在地质勘探中的应用

    Applications of radioisotope X ray fluorescence technique in geological exploration

  4. GIS技术在海洋工程地质勘探中的应用

    Application of GIS in Exploration of Marine Geology

  5. 地下声波CT探测技术在最近十几年中已在工程地质勘探中得到较好应用。

    The subsurface sonic tomography exploring technique has been developed in engineering geological exploration in recent years .

  6. 结合地质勘探钻头破岩机理对失效的地质勘探钻头本体和合金齿(WCCo硬质合金)进行了失效分析。

    The failure analysis of the geological exploration bit body and alloy tooth ( WC-Co Cemented carbides ) by using scanning electron microscopy was studied .

  7. CSAMT探测和氡气测量在隧道工程地质勘探中的应用

    Application of CSAMT Detection and Radon Gas Measurement in Geological Exploration of Tunnel Project

  8. EIT具有非侵入、无创伤、廉价等特点,目前已成为生物医学工程、地质勘探等领域的研究热点之一。

    EIT has now become the research focus in bio-medical engineering , geological exploration areas for its non-invasive 、 inexpensive and safe .

  9. 美国地质勘探局(UnitedStatesGeologicalSurvey,USGS)发表了一个全面的美国机场的列表,包括IATA代码和纬度/经度(参见参考资料)。

    The United States Geological Survey ( USGS ) publishes a comprehensive list of airports in the United States , including the IATA codes and latitude / longitude points ( see Resources ) .

  10. 可视化技术适用于任何有一定数据存在的场合,尤其是要分析、处理海量数据的科学领域,如航空航天、气象观测、CT扫描、地质勘探等。

    The Visualization Technology can apply to any occasion being some data , especially scientific fields analyzing and dealing with a lot of data , for instance , the avigation and spaceflight , the meteorologic observation , the CT scan , the geological survey etc.

  11. 研究表明,基于多层DEM与似三棱柱体元的混合三维数据模型具有同时表达空间对象的表面和内部结构的能力,适合地质勘探领域的三维建模。

    The results show that the proposed model has better abilities of describing the surface and the inner structure of spatial objects , which is suitable for 3D modeling in geological exploration field . Three .

  12. 然后介绍了笔者基于OpenGL的裁剪变换和缓冲区累加功能提出的切片合成法的原理、用途、应用注意事项和应用于煤田地质勘探中煤层底版等高线图制做的实例。

    On cutting transform function and buffer accumulate function of OpenGL , the author proposes a method , which is called " slice synthetic ", to make contour line map and profile map in geology .

  13. 来自美国地质勘探局(USGS)的后来的报告估计4.2里氏震级的震动。

    Subsequent reports from the US Geological Survey ( USGS ) place the magnitude of the tremor at4.2 on the Richter scale .

  14. 探地雷达(GroundPenetratingRadar&GPR)系统已成为浅层地下探测的有效手段并在地质勘探、城市建设、水文勘测、环境工程、考古等领域发挥着重要作用。

    Ground penetrating radar ( GPR ) system has been an effective measure in exploring low terra , and has also been playing an important role in geological prospecting , urban construction , hydrological reconnaissance , environmental project , archeology , and so on .

  15. 介绍了GPS在地质勘探、地质填图中的应用范围、技术特点、精度情况;给出了以差分GPS方式采集1∶5万地质图数据的技术方案;

    This article introduces application of GPS to the range , technical characteristic , and precision instance in geological exploration and geological mapping , gives a technical proposal of gathering 1 ∶ 50,000 geological map data with difference GPS , and then discusses GPS height system problems .

  16. 指出在工作程度高、地质勘探资料丰富的铀成矿区用MAPGIS进行成矿预测具有较好的发展前途。

    For uranium metallogenic areas with detailed research basis and abundant data , it is of great prospects to apply MAPGIS for metallogenic prognosis .

  17. 讨论了3S技术用于煤田地质勘探的优越性,分析了3S技术在煤田地质勘查领域的应用现状及存在的问题,并展望了应用前景。

    The advantages of " 3S " technologies applying to coal geology and exploration are discussed . After discussion on present state and existing problems of 3S technologies applications , the prospects and applying pattern are given .

  18. 针对地质勘探等原始离散数据采用UML建立数据静态结构模型,利于GIS空间数据库集中存储管理;

    Original data focusing on geological exploration are mostly discrete , and a static structure model can be built based on UML and be stored by spatial database of GIS . Continuous data on strata surface and body can be produced from original data by vector lay construction .

  19. CPNEES是煤田地质勘探领域的一个专家系统。

    CPNEES is an expert system in the domain of coal geological prospecting .

  20. 目前,X-CT技术已被广泛地应用到医学检测、机械产品逆向工程、工业产品无损检测、地质勘探、文物考古等各个领域中。

    Nowadays , X-CT is widely used in medical diagnosis , mechanical reverse engineering , non-destructive detection for industrial product , research of geology , archaeology and so on .

  21. 根据地质勘探和二维解译资料,运用NURBS-BRep混合数据结构建模方法快速、准确地重构滑坡体三维地质模型。

    According to the data of geological explanation and 2D interpretation , the method based on NURBS-BRep integrated data structure can rebuild the 3D slope geological model quickly and accurately .

  22. 该公司一直从事铅锌矿山地质勘探、采选生产、冶炼加工,有自主研发的“GYQC”锌湿法冶炼专有技术。

    The company engages in lead-zinc mine geological exploration , mining and beneficiation production and metallurgical processing , it has independently researched and developed zinc hydrometallurgy proprietary technology " GYQC " .

  23. 工程物探是工程地质勘探中的重要方法。

    Substance prospecting is an important method of engineering exploration survey .

  24. 关于黄金地质勘探技术装备水平的思考

    Review of standard of equipment used in geological exploration of gold

  25. 略论我国西部高山高原区的冻土工程地质勘探问题

    On engineering geological survey in Alpine permafrost regions of West China

  26. 石油地质勘探数据库系统研究与应用

    The research and application of the petroleum geology exploration database

  27. 地质勘探工程网络电测仪系统研究

    Research on electric measuring and instrument system in geological exploration engineering network

  28. 地质勘探钻头失效机理研究

    Study of the failure mechanism of the geological exploration bit

  29. 台西盆地新生界油气地质勘探与开发

    Geologic exploration and development of Cenozoic Oil and gas in Taixi Basin

  30. 地质勘探系统软件开发现状及应用前景

    Present exploiting situation and application prospects of software " geolog system "