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引言地震参数是在地震学中通晓多方面知识的并能进行综合的人员进行工作的重要资料依据,也是应用理论者的最初起点。例如,震源特性的日常例行测定和报告,使人们在大量地震学研究中的认识有可能达到新的水平,这类似于利用日常例行报告的地震位置以确定世界范围板块构造的边界。目前利用数字化记录的地震资料的有效性和用计算机程序供人机对话分析的有效性,更快速有效地估算地震参数能使这些进展有可能得以实现。
Introduction Seismic parameters are an important source of information in seismology that are multidimensional and multidisciplinary, and are the initial starting point for applied theorists. For example, routine routine measurements and reports of source characteristics make it possible to reach new levels of awareness in a large number of seismological studies, similar to the use of daily routinely reported seismic locations to determine the boundaries of worldwide plate tectonics. The current availability of digitally-recorded seismic data and the effectiveness of computer programs for human-machine dialogue analysis enable these advances to be made possible by more rapid and effective estimates of seismic parameters.