Determination of focal depths for the 2024 M 7.3 Hualien offshore and 2025 M 6.2 Tainan earthquakes in Taiwan,China:An enhanced method based on sPn phase and waveform cross-correlation techniquesOA
Determination of focal depths for the 2024 M 7.3 Hualien offshore and 2025 M 6.2 Tainan earthquakes in Taiwan,China:An enhanced method based on sPn phase and waveform cross-correlation techniques
Huifang Chen;Binhua Lin;Tairan Xu;Yanming Zhang;Yuanhong Yang
China Earthquake Networks Center,Beijing,100045,China||Fujian Eatthquake Agency,Fuzhou,350003,ChinaFujian Eatthquake Agency,Fuzhou,350003,ChinaChina Earthquake Networks Center,Beijing,100045,ChinaFujian Eatthquake Agency,Fuzhou,350003,ChinaFujian Eatthquake Agency,Fuzhou,350003,China
M 7.3 Hualien earthquakeM 6.2 Tainan earthquakesPn phaseFocal depthWaveform cross-correlationSliding time-window correlation method
M 7.3 Hualien earthquakeM 6.2 Tainan earthquakesPn phaseFocal depthWaveform cross-correlationSliding time-window correlation method
《地震研究进展（英文）》 2026 (1)
17-24,8
All authors agree to this publication.This research was funded by the National Key Research and Development Program of China(Grant No.2024YFC3012804),and we hereby express our gratitude.The authors would like to warmly thank the anonymous reviewers for their valuable comments and suggestions on this paper.The reviewers' professional insights and meticulous review have significantly enhanced the scien-tific rigor and logical coherence of the manuscript,and further broad-ened the research perspectives.Meanwhile,we appreciate the editorial team for their responsible work attitude and professional editorial expertise,which ensured the smooth progress of the manuscript from submission to publication and provided strong support for the timely dissemination of research results.Finally,we extend our most sincere thanks to all individuals and institutions that have provided help and support for this study.
评论