尤其是破裂速度的大小和方向对烈度分布的影响更大。
Particularly, the rupture velocity and rupture direction would have more effect.
用此模型和震源机制工作给出的震源参数,计算了四个典型地震的理论烈度分布。
Using this model and the seismic source parameters obtained by source mechanism studies, the authors computed the theoretical distributions of earthquake intensity for four typical earthquakes.
这种地图通常被称为其烈度分布或分区图以及包含加速度各级预言为不同的地点在一个地震灾区。
Such maps are often referred to as isoseismal or zoning maps and depict acceleration levels predicted for different location in an earthquake zone.
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