构造作用

  • 网络tectonism;compressional;tectonics
构造作用构造作用
  1. 构造作用和岩相是火山岩裂缝性储层发育的主要控制因素。

    The main controlling factors for the cruck-type volcanic reservoirs include tectonism and lithofacies .

  2. 中国东南部晚中生代构造作用

    Late Mesozoic Tectonism of Southeast China

  3. 峰期变质以后即出现有构造作用参与的快速抬升过程,pT轨迹表现为ITD型。

    Following the metamorphic peak , a rapid uplift accompanied by tectonic processes took place , resulting in a pT path of ITD type .

  4. 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 .

  5. 板缘构造作用对泉州&汕头地震带的影响

    Influence of the marginal plate tectonism on the quanzhou-shantou seismic zone

  6. 西湖凹陷是经历多期构造作用的白垩&第三纪盆地。

    Xihu sag is a Cretaceous-Tertiary basin which experienced multi-episodic tectonism .

  7. 陆相盆地沉积作用与构造作用的关系

    Relationship between Sedimentary Process in Terrestrial Basin and Tectonic Process

  8. 新疆阿尔泰造山带构造作用的锆石裂变径迹分析

    Zircon Fission Track Analyses of Tectonics in the Altay Mountains

  9. 影响储层储渗性的主要因素包括沉积作用、成岩作用及构造作用。

    The main factors that control reservoirs include deposition , diagenesis and tectogenesis .

  10. 辽河东部凹陷中新生代火山事件与构造作用

    Mesozoic-Cenozoic Volcanic Events and Structure Effects in the Eastern Sag in Liaohe Depression

  11. 早前寒武纪地质及深成构造作用研究进展

    Review of the studies on Early Precambrian Geology and deep crustal level tectonism

  12. 构造作用下煤层变形、破坏特征数值模拟研究

    Numerical Simulation Research on Deformation and Failure Characteristics of Tectonism Affecting Coal Seam

  13. 右江弧后盆地的关闭经历了突变式回返褶皱和渐变隆起上升两种不同的构造作用。

    The closure ofYoujiang back-arc basin went through abrupt inversing-folding and gradual uplifting .

  14. 多次构造作用所产生之高角度裂隙有利于峰林地貌的造型;

    Several times tectonic processes producing high angle fracture favoured sandstone forest landscape modelling ;

  15. 两个变质地体最晚在早元古代晚期经构造作用拼贴在一起。

    It is concluded that the two terranes were combined in late Early Proterozoic .

  16. 南方多旋回构造作用制约下的中、古生界海相油气构造-成藏旋回

    Tectonic-pooling cycles controlled by polycyclic tectonism in the Mesozoic-Palaeozoic marine strata of South China

  17. 多期裂陷和反转构造作用的叠加导致了相对复杂的构造格架样式和盆地地质结构。

    Complicated tectonic styles and geological structures were generated by multi-episodic rifting and inversion .

  18. 舒兰盆地的走滑构造作用与聚煤模式

    Strike-Slip Tectonic Process and Coal Accumulation Mode

  19. 早期地质学家所能发现的唯一明显的构造作用就是火山活动。

    The only apparent building process that the early Earth scientists could detect was volcanic activity .

  20. 影响地下应力状态的构造作用

    Tectonic Activities Affecting Ground Stress State

  21. 构造作用对油气藏的改造

    Effects of Tectonism on Hydrocarbon Accumulations

  22. 为地质矿产研究提供全新的地质构造作用标型特征和成矿物质来源的模式。

    The new typomorphic characteristics of geological structures and models of metallogenetic convergence will also be created .

  23. 对影响储集性能的多种因素进行了评价,认为主要是成岩作用、沉积作用和构造作用三大因素。

    Among many factors affecting reserving capability , the dominating factors are diagenesis , sedimentation and tectonism .

  24. 火山构造作用引起的山地灾害斑块状分布较为明显。

    By contrast , the porphyritic distribution of mountain hazards caused by volcano-tectonic activity is quite obvious .

  25. 西昆仑北带早志留世构造作用及其区域地质意义

    Early Silurian tectonism and its regional geological significance in the northern West Kunlun orogen , NW China

  26. 桩海地区中生界碎屑岩储层的控制因素主要有沉积作用、成岩作用和构造作用。

    The Mesozoic clastic reservoirs in Zhuanghai area are chiefly affected by sedimentation , diagenesis and tectonism .

  27. 大陆岩石圈对构造作用、重力作用和热作用的响应在很大程度上取决于其流变强度。

    Responses of continental lithosphere to structuring , gravitation and thermodynamics largely depend on its rheological strength .

  28. 沉积相、成岩环境、构造作用是研究区储层发育的主要控制因素。

    The major control factors of the reservoir development are sedimentary facies , diagenesis environment and tectonic process .

  29. 结果表明,导致大变形发生的原因主要是岩性、偏压和两郧断裂构造作用等。

    The large deformation is mainly due to rock properties , unsymmetrical load and tectonic effect of the Yunxi-Yunxian fault .

  30. 研究发现:静北潜山基岩储集层的主要控制因素有岩性及岩性组合、成岩作用、风化作用及构造作用等;

    It is showed that the control factors are lithology and lithologic association , diagenesis , weathering , and tectogenesis .