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New treatment of intensities to retrieve the sources of pre-instrumental earthquakes and for hazard purposes

机译:检索预界地震源和危险目的的强度的新待遇

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We developed an original semi-empirical kinematic model for shear body waves, KF (Sirovich, 1996, 1997). In the inverse mode, KF can be applied for the geophysical inversion of the intensities of pre-instrumental destructive earthquakes, to retrieve their principal source characteristics. This is relevant in countries where earthquakes have long recurrence times. KF can be used also parametrically, in the direct way, for calculating regional scenarios of intensity (Sirovich and Pettenati, 2004a, 2008a, 2009; Pettenati and Sirovich, 2006; Pettenati et al., 2008) and of maximum particle displacements (Sirovich and Pettenati, 2007). Both techniques were validated by treating earthquakes, well known independently from our studies. Then, we use an evolution of our natural-neighbour n-n bivariate interpolation scheme for contouring all kinds of data (Sirovich et al., 2002). Note that n-n doesn't need contouring parameters and does not act as a filter; thus, with the same data, everybody obtains the same contour.
机译:我们开发了一种用于剪切体波,KF(Sirovich,1996,1997)的原始半经验动力学模型。在逆模式下,KF可以应用于预仪器破坏性地震强度的地球物理反演,以检索其主要来源特征。这在地震长期复发时的国家是相关的。 KF也可以参数化,以直接方式使用,以直接方式计算强度的区域情景(Sirovich和Pettenati,2004a,2008,2009; Pettenati和Sirovich,2006; Pettenati等,2008)和最大粒子位移(Sirovich和Pettenati,2007)。通过治疗地震来验证这两种技术,从我们的研究完全众所周知。然后,我们使用我们的自然邻居N-N双变共体插值方案的演变来塑化各种数据(Sirovich等,2002)。请注意,N-N不需要轮廓参数,并且不充当过滤器;因此,具有相同的数据,每个人获得相同的轮廓。

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