地壳构造

  • 网络Tectonic;tectonic structure
地壳构造地壳构造
  1. 地震是由两块地壳构造板块互相碰撞造成的。

    Earthquakes are caused by two tectonic plates bumping into each other .

  2. 这些板块……现在这些地壳构造板块支撑着大陆和海洋。

    These plates ... uh ... now these tectonic plates support the continents and oceans .

  3. 重磁模拟结果揭示了10km深度内的上地壳构造以及地壳与上地幔密度的分布。

    Modelling of geopotential field anomalies reveals the upper crustal structures within the depth of 10km and the distribution of upper mantle density .

  4. 模型对比表明,以莫霍界面作为均衡补偿面的模型是不可取的;Airy模型比Pratt模型的补偿效果略好,这同地壳构造以层状为主而侧向变化有限的特征相符。

    Comparison of models indicates that the Moho discontinuity is not suitable to be taken as a compensation interface , and the compensation effects in Airy model are better than in Pratt model , which is consistent with the feature of dominantly layered structure with less lateral inhomogeneity in crust .

  5. 中国天山区域地球物理待征及深部地壳构造

    Regional geophysical features and deep crust constitution in tianshan , China

  6. 调和级数法与重力资料反演地壳构造

    The harmonious series and gravitational data used to inverse crustal structure

  7. 秦岭造山带地壳构造与楔入成山

    The crustal structure of the Qinling orogen and wedging mountain building

  8. 地壳构造运动对河型转化影响的实验研究

    An experimental study of river pattern changes influenced by tectonic movement

  9. 中国地壳构造发展阶段

    Core , shell structure tectonic stages of crustal development of China

  10. 辽宁南部地壳构造特征

    Special Features of Crustal structure of Southern part of Liaoning Province

  11. 关于中国东北部地壳构造的资料

    Materials concerning the structure of the earth crust in Northeast China

  12. 新疆北部及邻区地壳构造格架及其形成过程的初步探讨

    Crustal Tectonic Framework of Northern Xinjiang and Adjacent Regions and Its Formation

  13. 康滇地区重力场分离、密度反演与地壳构造

    Gravity field separation , density inversion and crustal tectonics in Kang-Dian region

  14. 根据验潮记录研究中国海岸地壳构造变形

    A study on crustal deformation along the Chinese coast using tide records

  15. 辽南地区地壳构造轮廓

    Framework of the crustal structure of the southern part of Liaoning Province

  16. 广西地壳构造演化与富铀地层的形成及其时空分布规律

    Guangxi crustal structural evolution and the formation and distribution regularities of U-rich strata

  17. 重力异常与青藏高原地壳构造

    Gravity anomalies and crustal structures in the Qinghai-Xizang Plateau

  18. 连云港临沂泗水剖面重磁异常特征与地壳构造

    Features of gravitational and magnetic anomalies and crustal structure along the lianyungang-linyi-sishui profile

  19. 金矿床的形成与本区地壳构造演化密切相关。

    The gold mineralization was closely related to structural evolution in this district .

  20. 鄂尔多斯盆地深部地壳构造特征与油气成藏

    Deep Crustal Structure and Hydrocarbon Accumulation in Ordos Basin

  21. 褶皱的地震波反射响应及其大陆地壳构造地质意义

    Seismic Reflection Response of Folds and Implications for Structural Geology of Continental Crust

  22. 南海及邻区重力场特征与地壳构造区划

    Gravity characteristics and crustal structure division of the South China Sea and adjacent regions

  23. 根据空间大地测量结果建立的中国地壳构造块体的运动模型

    The establishment of the tectonic block motion model of China from space geodetic data

  24. 青藏高原地区瑞利波群速度和地壳构造

    On the group velocity of Rayleigh waves and the crustal structure of Qinghai-Xizang Plateau

  25. 北秦岭天水东部地区地壳构造演化探讨

    Discussion on crust tectonic evolution in the east area of tianshui , North Qinling

  26. 中国西北盆山地区中&新生代古地理及地壳构造演化

    Palaeogeography of the Meso-Cenozoic and crustal tectonic evolution of basin-mountain area in northwestern China

  27. 华北板块边缘深地壳构造岩的基本特征和变形环境

    Basic characteristics and deformation conditions of deep-crustal tectonites on the borders of North China plate

  28. 孔兹岩系事件与太古宙地壳构造演化

    Khondalite event and Archean crust structure evolvement

  29. 地球收缩运动是人们最早认识的地壳构造运动之一。

    The earth contraction motion is one of crust structure motions that people recognized first .

  30. 喜马拉雅祁连山地壳构造与大陆大陆碰撞过程

    The crustal structures from Himalaya to Qilian and its implications for continent continent collision process