tectonophysics

  • 网络构造物理学;地壳构造物理学;大地构造物理学;地质构造物理学
tectonophysicstectonophysics
  1. During the visit , the delegation visted the Laboratory of Earth Interior Physics and Tectonophysics of Domaine University in Grenoble , Institute of Geophysics in Strasbourg , France ;

    代表团在访问期间,先后参观了法国格勒诺布尔的多曼纳大学地球内部物理和构造物理实验研究室、斯特拉斯堡的地球物理研究所;

  2. Symposium on Tectonophysics and crust deformation , held in Beijing

    构造物理与地壳变形学术会议在京召开

  3. Recent progress in studies of experimental rock mechanics and Tectonophysics in China

    我国实验岩石力学与构造物理学研究的若干新进展

  4. Review and Prospect on experimental Tectonophysics concerning earthquake

    地震研究中实验构造物理学的回顾与展望

  5. Three-dimensional Tectonophysics model for the Middle-Eastern Qilian Mountains and its application in earthquake prediction

    祁连山中东段三维构造物理模型及其在地震预报中的应用

  6. Formation and Evolution of Thrust in the Wedge of Subduction Zone : Experiment Research on Tectonophysics Modeling

    俯冲带楔体中逆冲构造的形成及演化&构造物理模拟实验研究

  7. The forth Symposium on Tectonophysics and the second symposium on high temperature and high pressure rock mechanics held in Beijing

    第四届构造物理讨论会暨第二届高温高压岩石力学讨论会在京举行

  8. A brief message of the Fourth Symposium of Tectonophysics of China and the second symposium of high-pressure and high-temparature rock mechanics of China

    第四届全国构造物理学、第二届全国高温高压岩石力学学术讨论会简讯

  9. This paper reviews the recent progress in the studies of experimental rock mechanics and tectonophysics concerning seismology and physics of the Earth ′ s interior in China .

    简述了近年来我国学者在与地震学和地球内部物理学相关的实验岩石力学和构造物理学研究方面的进展。

  10. All the experiments have been run on the piston-cylinder apparatus with solid confining media in Laboratory of Tectonophysics , China Seismological Bureau .

    全部实验是在中国地震局构造物理开放实验室的活塞-圆筒式固体介质实验装置上完成的。

  11. The result of this study shows that satellite infrared information can become a new independent physical parameter for research of fault interaction , and would be of great significance for development of earthquake dynamics and tectonophysics .

    本文的研究结果证明,卫星热红外信息有望成为研究断层相互作用的一个新的独立物理量,并将对地震动力学和构造物理学的发展有重要意义。

  12. Based on the observed data and tectonophysics , the existence of seismogenic deformation field precursor ( the faulting system ) before moderate and strong earthquakes in North China was demonstrated , it 's kinetics and mechanics were proposed and examined by the method of finite element ;

    文中用实测资料和构造物理学观点论证了华北中、强地震前孕震形变场(断层活动系统)的存在和它的运动学与力学机制,并用有限元法加以检验;