科学钻探

  • 网络Scientific Drilling;ccsd;csdc
科学钻探科学钻探
  1. 用六级三分量检波器在中国大陆科学钻探先导孔中实施了零偏VSP测量。

    A zero-offset VSP observation was carried out with a 6-level 3-component geophone at the pilot hole of Chinese Continental Scientific Drilling ( CCSD ) .

  2. 中国大陆科学钻探主孔100~2000m岩石弹性波速度:对地震深反射的约束

    Elastic wave velocities of the 2000m depth at Chinese Continental Scientific Drilling : Constraints on deep seismic reflection

  3. 中国大陆科学钻探主孔(0~2000m)地球物理测井

    Geophysical well logging in main hole ( 0 - 2000m ) of Chinese Continental Scientific Drilling

  4. 磁化率和密度对中国大陆科学钻探主孔100~2000m岩石类型的判别

    Lithology Determination of Rocks from CCSD 100-2000m Main Hole by Magnetic Susceptibility and Density Using Discriminant Function Analysis

  5. EPM体系完全满足了环境科学钻探工程对钻井液综合性能的要求。

    Field applications indicated that Epm completely satisfied the demands of environmental scientific drilling engineering on comprehensive properties of drilling fluid .

  6. 中国大陆科学钻探CCSD-1井钻井液流变模式的选择与循环压力降

    Option on Drilling-fluid Rheology-pattern for CCSD-1 and Circulation Pressure Drop

  7. 第一章中,论文概括了项目所处的背景,分析了本文研究的目的和意义。CCSD是我国第一次实施的大陆科学钻探工程项目,因此在国内并没有现成的项目组织管理经验可以参照。

    Chapter 1 has summarized the background of the project and analyzed the purpose and the meanings of this study .

  8. 对于榴辉岩俯冲折返过程中的壳-幔相互作用及地球化学循环是中国大陆科学钻探工程(CCSD)研究的重点之一。

    One main target of the CCSD project is to reveal the mantle-crust interaction and geochemical recycling during continental subduction and eclogite exhumation .

  9. 国际大陆科学钻探计划(ICDP)实施十年的进展

    The Progress of the Ten Years of International Continental Scientific Drilling Program

  10. 利用大陆科学钻探岩心、岩心物性测定结果、测井与VSP资料来标定地震反射体,大大提高了中国大陆科学钻探孔区地质构造解释的可信度。

    The cores , measurements of physical properties , well-logging and VSP data obtained from the Chinese Continental Scientific Drilling ( CCSD ) hole can be used to calibrate seismic reflectors and raise the reliability of seismic interpretation .

  11. 韧性剪切带中片麻岩和超高压榴辉岩变形特征及其与地震波速各向异性的关系:来自中国大陆科学钻探(CCSD)680~1200米岩心的证据

    Deformation features of gneiss and UHP eclogite from ductile shear zone and its relation with seismic velocity anisotropy : Evidences from core samples at depth of 680 ~ 1200m of CCSD

  12. 中国大陆科学钻探工程中心经论证与实钻试验,决定采用高速螺杆马达井底驱动液动锤提钻取心钻进方式完成500m取心任务。

    After adequate evaluation and real drilling trial by the CCSD engineering center , the coring program with high-speed screw motor and downhole hydraulic hammer was chosen to complete the continuous coring job of 5 000 m.

  13. 我国在不久的将来势必要开展深度超过10000m的超深钻孔科学钻探工程。

    In the near future , our country will be bound to carry out a super-deep borehole with depth over 10000 m which is part of scientific drilling project .

  14. 中国大陆科学钻探工程(CCSD)主孔100~2000m岩心样品中,金红石榴辉岩、多硅白云母榴辉岩和蓝晶石榴辉岩中都程度不等地含有金红石。

    In the 100 ~ 2 ? 000 m borehole samples of the Chinese Continental Scientific Drilling Project , rutile appears in different amounts in rutile eclogite , phengite eclogite and kyanite eclogite .

  15. 中国大陆科学钻探预先导孔(CCSD-PP2)榴闪岩的地球化学组成及其地质意义

    Geochemical Characteristics of Garnet-Amphibolite from the Pre-Pilot Hole of the Chinese Continental Scientific Drilling ( CCSD-PP2 ) and Its Geological Significance

  16. 本文采用傅立叶变换红外光谱(非偏振光)研究了中国大陆科学钻探(CCSD)主孔岩心及其周围地表榴辉岩中副矿物&金红石中的结构水。

    This study focus on the structural hydroxyl concentrations of rutile in eclogites from main-hole of the Chinese Continental Scientific Drilling project ( CCSD ) and its areas nearby employing microscope Fourier infrared spectroscopy ( FTIR ) with unpolarized light .

  17. 在利用成象测井资料准确地恢复岩心空间位置的基础上,建立了位于江苏省东海县毛北村的中国大陆科学钻探主孔岩心1200m精细构造柱。

    Based on the reconstruction of the spatial location of the drilling cores by using logging image data , we established a fine structural profile of the main hole ( 0 - 1200 m ) of the Chinese Continental Scientific Drilling Project .

  18. 通过对第二口中国大陆科学钻探先导性试验井(CCSD-PP2)的测井资料研究,结合全井段钻井取心资料,探索了利用测井资料确定变质岩地层岩性的方法。

    Based on studying log data from CCSD PP2 ( Chinese Continental Scientific Drilling Pre pilot ⅱ) well and its whole coring data , a method is introduced for determining the formation lithology of metamorphic rock .

  19. 中国大陆科学钻探(CCSD)主孔CCSD1井第一阶段0~2000m钻进完成后,前后2次测井的深度值差异较大,必须对事故后测井的深度值进行校正,以保证数据的正确性。

    The depth data logged again from China Continental Scientific Drilling ( CCSD ) progressive CCSD-1 well after the completion of the first 0 ~ 2 000 m drilling plan are different from the data measured last time . Corrections must be made for the veracity of the logging data .

  20. 德国大陆科学钻探(KTB)计划钻探了世界上第二口超深孔,简要介绍了KTB计划完成以后,在现场组建的深部地壳实验室的情况。

    The second super deep borehole in world was drilled during the German Continental Deep Drilling Program ( KTB ) . And the Deep Crustal Lab was constructed by the end of KTB program . This paper gives the brief introduction on the KTB Deep Crustal Lab .

  21. 对中国大陆科学钻探预先导孔(CCSD-PP2)的11个钻孔岩心样进行了裂变径迹年龄测定,其中10个样品的结果为79.6~52.0Ma。

    A fission track dating was carried out on 11 apatite samples from the 1028 . 68 in-deep pilot PP2 of the Chinese Continental Scientific Drilling ( CCSD ) . The fission track ages are 52 . 0 ~ 79 . 6 Ma .

  22. 介绍了国际大陆科学钻探计划(ICDP)及该计划实施十年来获得的进展,涉及ICDP组织的机构设置、运行方式、研究重点以及已开展的科学钻探地学研究工作和采用的钻探技术。

    A brief introduction on the International Continental Scientific Drilling Program ( ICDP ) is made in this article , concerning its organization structure , way of running , main research and investigation fields and implemented research projects and drilling techniques used while implementing the projects .

  23. 中国大陆科学钻探孔区全观式三维地震采集

    All-laid-out three-dimensional seismic survey at the Chinese Continental Scientific Drilling site

  24. 汶川地震科学钻探项目的概况和钻探技术

    General Information and Drilling Technology of Wenchuan Earthquake Scientific Drilling Project

  25. 中国大陆科学钻探钻探子工程钻进实时记录网页的开发

    The Development of the Real Time Drilling Parameter Web Page for CCSD

  26. 中国大陆科学钻探工程钻井数据统计查询系统

    Drilling Data Statistic and Inquiry System of Chinese Continental Scientific Drilling Engineering

  27. 中国大陆科学钻探岩心扫描图像数据库及共享

    Scanned Core Image Database and Web-Sharing of Chinese Continental Scientific Drilling Project

  28. 郑州市超深层地热资源科学钻探工程

    Scientific Drilling for Ultra - deep Geothermy Resources in Zhengzhou

  29. 中国大陆科学钻探孔区的地震波速模型

    Seismic velocity model of the Chinese continental scientific drilling site

  30. 科学钻探取心钻进方法的改进和发展

    Improvement and Development of Core Drilling Method in Scientific Drilling