发震构造特性是潜在震源区划分及其地震年发生率确定的重要依据。
Studies of the properties of seismogenic structures play an important role in delineation of potential earthquake source and in determination of parameters of seismic activity.
板内地震构造的主要控制因素是区域构造应力场和局部的特殊发震构造条件。
The main controlling factors of intraplate earthquakes are the regional tectonic stress field and the special conditions for the seismogenic structures.
随着观测点的震中距及观测点与发震构造的位置关系不同，断层形变表现出不同的特征。
The fault deformation shows different characteristics with different distance among observation sites and earthquake center or tectonic belt.
认为地震主要伤亡区的分布受发震构造的控制，而建筑类型、地形地貌是影响人员伤亡的主要因素。
The authors suppose that casualty distribution is controlled by seismogenic structure, and building types, topography and morphology…
它是指在由发震构造引起的垂直运动为主的地表形变场中，水平方向上单位距离内垂向速率变化的物理量。
They are the changing values of vertical velocity per unit distance along the horizonal direction on the sur-facial deformation field in which crustal vertical movement is dominant.
构造应力场主压应力方向大致为近南北方向，在其作用下，北东向和东西向断裂都是该地区主要的发震构造。
Under the action of such a stress, the faults in EW and NE directions are the major causative f...
构造应力场主压应力方向大致为近南北方向，在其作用下，北东向和东西向断裂都是该地区主要的发震构造。
Under the action of such a stress, the faults in EW and NE directions are the major causative faults...
构造应力场主压应力方向大致为近南北方向，在其作用下，北东向和东西向断裂都是该地区主要的发震构造。
Under the action of such a stress, the faults in EW and NE directions are the major causative faults...
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