裂谷系统

裂谷系统裂谷系统
  1. 西北太平洋边缘新生代盆地成因(中):连锁右行拉分裂谷系统

    Genesis of Cenozoic basins in Northwest Pacific margin ( 2 ): linked dextral pull apart basin system

  2. 塔里木板块东北边缘弧后裂谷系统基性、超基性岩特征

    The characteristics of the basic-ultrabasic rocks in back - arc rift systems , northeast of Tarim margin

  3. 西北太平洋边缘形成连锁右行拉分裂谷系统后,在后裂谷期它们虽然基本上继承了原来盆地格架,但遭到一定程度的改造。

    Though Cenozoic link dextral pull apart rift system in the northwest Pacific margin basically inherited their original tectonic framework in post rifting period , they underwent some reformation , especially the Philippine Sea Basin .

  4. 地幔热柱活动停止或间息,导致三联点裂谷系统发生A型俯冲而封闭造山,形成三叉式陆间造山带和同造山花岗岩、中高压变质带及部分矿藏。

    Subsiding or resting of the mantle plume caused the A_type subduction , closing and orogeny of the triple junction rift system , and yielded triple_type intracontinental orogenic belts , synorogenic granitoids and some mineral deposits .

  5. 论福建省闽中裂谷带成矿系统

    On the metallogenic system of central Fujian rift

  6. 对比滇中同类和类似矿床特征,建立滇中裂谷相关成矿系统。

    Compare the similar deposits in central Yunnan Province , establish a intraplate rift-related ore system in central Yunnan .

  7. 沂沭断裂带是一条岩石圈断裂,有着悠久的演化历史,在中生代受库拉板块和太平洋板块运动作用,发展成为裂谷式断裂系统。

    Yi-Shu fault is a lithosphere fracture belt with a long history , which formed a rift fracture system by the effect of the Kula plate and the Pacific plate movement during Mesozoic .

  8. 这一思路可为今后复杂构造演化区和裂谷盆地含油气系统研究提供借鉴三维地震勘探在构造复杂区的应用

    This idea should be interested to forecast petroleum prospects in rift basins with complicated tectonic evolution . Application of Three-dimensional Seismic Exploration Method in Complicated Tectonic Area

  9. 油气系统在不同地球动力学环境下形成裂谷型油气系统、台地型油气系统和造山型油气系统。

    The formation of petroleum system is related to the geodynamic environment of basin , accordingly the main petroleum systems fall into three types : the continental rift , the platform and the orogenic .

  10. 裂谷作用的物理模拟是研究大陆裂谷系统的几何结构与动力学机制之间关系的一种直观有效的手段。

    Analogue modeling of rifting provides direct and effective ways for the study of the relation between geometry and dynamics of continental rift systems .