板块构造

  • 网络plate tectonics;Plate tectonic;platetectonics
板块构造板块构造
  1. 周期为30s的群速度分布图反映了地表的板块构造。

    Rayleigh wave group velocity variations in periods of 30 s are correlated with continental plate tectonics .

  2. 板块构造论是由德国科学家AlfredWegener于二十世纪早期开创的。

    The story of plate tectonics begins with the German scientist Alfred Wegener in the early part of the twentieth century .

  3. GPS测量为板块构造运动提供的机遇和挑战

    Opportunities and Challenges for the Plate Tectonic Movement from GPS Observation

  4. GPS监测全球板块构造运动的研究

    Global Plate Tectonic Motion from GPS Measurements

  5. 东太平洋CC区板块构造和多金属结核资源效应探讨

    A approach on the effect of manganese nodule resources associated with plate tectonics in the eastern part of the Pacific

  6. 本文论述了现代空间大地测量(主要指VLBI和GPS)技术应用于板块构造及地壳形变研究中的现状、成就和进一步发展的问题。

    This paper discusses the current situation and achievements and further problems of modern spatial geodetic techniques ( mainly VLBI and GPS ) in plate structure and crust deformation .

  7. 利用新资料分析了Afar地幔柱与板块构造事件对红海演化过程的影响程度。

    New data provide a more complete analysis on how the Afar plume and plate-scale tectonic events interacted the Red Sea Basin evolution .

  8. 板块构造学说是20世纪最伟大的科学成就之一,并且得到了GPS等现代空间测地技术的支持,但板块运动或地壳形变的驱动力源却一直没有真正得到解决。

    Global plate motion patterns have been verified and improved by modern space geodetic techniques such as GPS , VLBI and SLR - The driving force of plate motion and crustal deformation , however , remains a heated problem in dispute .

  9. 这样,具有峰后等温减压过程的顺时针p-T轨迹是识别地球早期的板块构造作用的重要标志之一。

    Therefore , clockwise p-T paths involving isothermal decompression are considered one of the important indicators for recognition of plate tectonics , especially in the early history of the earth .

  10. 2)新元古代-中三叠世,以现代板块构造体制为基本特征的板块构造演化(0.8~0.2Ga);

    Upper Proterozoic-Middle Triassic plate tectonic evolution featuring modern plate tectonic mechanism ( 0.8 ~ 0.2Ga );

  11. 矿床类型受板块构造制约,并与板块俯冲、碰撞作用密切相关。

    The copper deposit types are controlled by subduction and collision .

  12. 东疆与邻区的板块构造及其演化

    Plate tectonics and its evolution of eastern Xinjiang and adjacent areas

  13. 喜马拉雅地热带的活动特征与板块构造

    Features of activity and plate tectonics of the Himalayan geothermal zone

  14. 从板块构造观点论地槽

    On the subject of geosynclines from the viewpoint of plate tectonics

  15. 祁连山中寒武世牙形石动物群、古生态和板块构造

    Middle Cambrian conodont fauna , paleoecology and tectonics of Qilian Mountain

  16. 板块构造理论与中国主要大地构造学派

    The theory of plate tectonics and main tectonic schools in China

  17. 从板块构造到地体

    An Economy of Intermediate Form From Plate Tectonics to Terrane Concept

  18. 大南海地区新生代板块构造活动

    Cenozoic plate tectonic activities in the Great South China Sea area

  19. 阐明了地幔柱构造与板块构造的关系。

    The relation between mantle plume and plate motion is summarized .

  20. 试论新疆东准噶尔早古生代岩石圈板块构造演化

    Early Paleozoic evolution of lithosphere plate , east junggar , Xinjiang

  21. 浅议古板块构造单元划分原则

    On principle of the classification of palaeo - plate tectonic units

  22. 利用砂岩碎屑成分判断含煤盆地的板块构造背景

    Judging plate tectonic backgrounds of coal basins from detrital composition of sandstones

  23. 古板块构造分区和命名必须有明确的时空概念。

    The division and naming of palaeo-plate tectonics require definite take-space conception .

  24. 地质学家认为,这股力量是由地球板块构造引起的。

    Geologists believe this force was caused by plate tectonics .

  25. 西准噶尔西南地区古海洋地壳与板块构造

    Ancient oceanic crust and plate tectonics in southwestern section of western Junggar

  26. 极移对板块构造的影响

    On the influence of polar shift upon tectonic plate boundaries

  27. 更加活跃的板块构造对生命来说可能有些好处。

    More active plate tectonics might be good for life .

  28. 地史早期古板块构造研究进展

    Research progress of palaeo-plate tectonics in the early geological history

  29. 板块构造学说与地震

    Gold plate plate structure ? Plate Tectonics and the Earthquake

  30. 板块构造旋回与全球含油气区类型划分、油气资源展布

    Plate Tectonic Cycle v. Petroleum Province Type Division and Oil-Gas Resource Distribution