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吴忠良. 减轻地震灾害的物理学问题[J]. 物理, 2005, 34(03): 176-180.
引用本文: 吴忠良. 减轻地震灾害的物理学问题[J]. 物理, 2005, 34(03): 176-180.
Physics for the reduction of earthquake disasters[J]. PHYSICS, 2005, 34(03): 176-180.
Citation: Physics for the reduction of earthquake disasters[J]. PHYSICS, 2005, 34(03): 176-180.

减轻地震灾害的物理学问题

Physics for the reduction of earthquake disasters

  • 摘要: 减轻地震灾害的研究通常包括地震危险性评估、地震危害预测、地震灾害的减轻三个环节.物理学在减轻地震灾害的研究与应用中具有重要意义.文章从强地面运动与地震的工程灾害、复杂系统与地震的社会灾害、地球应力场的变化与地震预测等三个不同的侧面,介绍了在减轻地震灾害的实际工作中提出的一些重要的物理问题.这些问题既是目前地震学家、工程地震学家和地震工程师普遍关注的基础科学问题,也同时与当代物理学研究的一些前沿领域紧密地联系在一起.

     

    Abstract: The reduction of earthquake disasters includes the assessment of seismic hazard, estimation of seismic risk, and management of earthquake disasters. Physics plays an important role in the research and applications related to seismic hazard reduction. We discuss the important physical issues related to seismic disaster reduction, including the strong ground motion and engineering impact of earthquakes, complex systems and social impact, the change of stress state within the Earth, and earthquake prediction. These problems are of great concern to seismologists, engineering seismologists and earthquake engineers, and are closely related to the frontiers of modern physics.

     

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