摘要
汶川8.0级地震给我们很多警示,其中之一就是地震观测系统应当在大地震后快速产出地震烈度分布图。本文对快速产出地震烈度的策略和方法进行了探讨,着重介绍了用同震位移分布快速获得地震烈度产出的方法。实现地震烈度快速产出这一目标应当走测震学、强地面运动学与信息技术有效结合的道路,这是大震后地震烈度快速产出的有效途径。
The M8.0 earthquake in Wenchuan offers many lessons. One of them is that seis- mic observation system should rapidly generate the distribution map of seismic intensity after a major earthquake. The strategies and methods for rapidly creating seismic intensity maps are discussed in this paper, with special emphasis on co-seismic displacement method. Achieving the goal of rapidly generating seismic intensity information after a major earthquake requires the combination of seis- mometry, strong motion seismology and information technology, which proves to be an effective way
出处
《国际地震动态》
2010年第4期23-31,共9页
Recent Developments in World Seismology
关键词
地震烈度
同震位移烈度
震源机制解
余震快速产出
信息化
seismic intensity
co-seismic displacement intensity
focal mechanism
rapid generation of aftershock information
information technology
