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《Earthquake Science》: 作品数：2042被引量：2357H指数：18; 导出分析报告; 主办单位：The Seismological Society of China and Institute of Geophysics， China Earthquake Administration; 最新期次：2025年2期更多>>; 发文主题：EARTHQUAKESEISMICEARTHQUAKESSTRONGCRUSTAL更多>>; 发文领域：天文地球建筑科学理学自动化与计算机技术更多>>; 发文作者：CHENPeishan更多>>; 发文基金：国家自然科学基金国家重点基础研究发展计划地震科学联合基金国家高技术研究发展计划更多>>

Overview of the focus issue on ACAG8 of enhancing earthquake research through geomagnetic and seismic data analysis: 《Earthquake Science》2025年第2期79-80,共2页Frédéric Masson Omar M.Saad Mohamed Abdel Zaher Xiaodong Song; The Arab Conference on Astronomy and Geophysics is a prominent biennial event that has been convening for 16 years.Hosted by the National Research Institute of Astronomy and Geophysics(NRIAG),the conference serves as ...; 关键词：EARTHQUAKE SEISMIC SPEAKERS

A correlation study of selected geomagnetic events recorded by the Egyptian observatories and INTERMAGNET stations被引量：1: 《Earthquake Science》2025年第2期81-92,共12页Aalaa Samy Tarek Arafa-Hamed Abdou Abdelkader Ahmed Khashaba Emad Takla; Geomagnetic observatory data are crucial for all branches of geophysics because they can contribute to earthquake research by detecting anomalies in the Earth’s magnetic field.Recently,data records from the Misallat(...; 关键词：Egyptian geomagnetic observatories correlation wavelet coherence INTERMAGNET

High-quality control of receiver functions using a capsule neural network被引量：1: 《Earthquake Science》2025年第2期93-109,共17页Mona H.Hegazi Ahmad M.Faried Omar M.Saad; The Red Sea-Gulf of Suez-Cairo-Alexandria Clysmic-Trend in northern Egypt is the main earthquake zone in the country,with a moderate-to-high seismic hazard and a history of significant earthquakes caused by rifting an...; 关键词：crustal structure receiver functions deep learning northern Egypt

3D crustal density modeling of Egypt using GOCE satellite gravity data and seismic integration被引量：1: 《Earthquake Science》2025年第2期110-125,共16页Moataz Sayed Mohamed Sobh Salah Saleh Amal Othman Ahmed Elmahmoudi; A 3D crustal model was constructed using a combination of cutting-edge techniques,which were integrated to provide a density model for Egypt and address the sporadic distribution of seismic data.These techniques inclu...; 关键词：GOCE satellite gravity Moho depth crustal modeling gravity inversion

Predicting peak ground acceleration using the ConvMixer network被引量：1: 《Earthquake Science》2025年第2期126-135,共10页Mona Mohammed Omar M Saad Arabi Keshk Hatem M Ahmed; the National Research Institute of Astronomy and Geophysics (NRIAG) for supporting this work; The level of ground shaking,as determined by the peak ground acceleration(PGA),can be used to analyze seismic hazard at a certain location and is crucial for constructing earthquake-resistant structures.Predicting the...; 关键词：peak ground acceleration(PGA) earthquake early warning system(EEWS) deep learning(DL)

Multi-parameter modeling and analysis of ground motion amplification in the Quaternary sedimentary basin of the Beijing-Tianjin-Hebei region: 《Earthquake Science》2025年第2期136-151,共16页Hong Zhou; funded by the General Program of the National Natural Science Foundation of China(No.42174070);the General Program of the Beijing Natural Science Foundation(No.8222035).; Basin effect was first described following the analysis of seismic ground motion associated with the 1985 MW8.1 earthquake in Mexico.Basins affect the propagation of seismic waves through various mechanisms,and severa...; 关键词：three-dimensional basin effect ground motion modeling BP neural network algorithm spectral element method

The quest for good research ideas被引量：1: 《Earthquake Science》2025年第2期152-155,共4页John Emilio Vidale; Support was provided by NSF grant EAR-2041892; The search for new research ideas is a central challenge for many scientists.Over the past four decades,I have formed opinions on methods for discerning promising paths from how my own work has advanced in fits and st...; 关键词：OWN UTILITY LIST

A few nifty tips for conducting scientific research: 《Earthquake Science》2025年第2期156-158,共3页Lupei Zhu; Scientific research is a journey into an uncharted territory.Researchers need to have the big picture for navigation and at the same time be detail-oriented,as details make a difference.Here I offer a few tips for con...; 关键词：CONDUCTING DETAILS summarized

Post-rifting magmatism at the northern margin of the South China Sea:Evidenced by an ocean bottom seismometer experiment: 《Earthquake Science》2025年第1期1-16,共16页Lu Zhang Chen Cai Rui Gao; supported by the Guangdong Pearl River Talent Program(No.017TZ07Z066);the Second Tibetan Plateau Scientific Expedition and Research Program(No.2019QZKK0701);the Southern Marine Laboratory(Zhuhai)Innovative R&D Program(No.311021003);the National Natural Science Foundation of China(No.42106067);the Natural Science Foundation of Guangdong Province,China(No.2022A1515010090);Shanghai Sheshan National Geophysical Observatory(No.SSOP202102);Guangzhou Science and Technology Planning Project(No.202102020456).; Magmatism at continental margins is of great significance in understanding the continental rifting.We present a twodimensional P-wave velocity model derived from an ocean bottom seismometer experiment,conducted across...; 关键词：South China Sea continental margin seismic refraction post-rift magmatism

Machine learning-based aftershock seismicity of the 2015 Gorkha earthquake controlled by flat-ramp geometry and a tear fault: 《Earthquake Science》2025年第1期17-32,共16页Yeyang Kuang Jiangtao Li; funded by the National Key R&D Program of China(2022YFF0800601);National Natural Science Foundation of China(42174069,U1939204).; The Main Himalayan Thrust(MHT),where the 2015 MW7.8 Gorkha earthquake occurred,features the most seismicity of any structure in Nepal.The structural complexity of the MHT makes it difficult to obtain a definitive inte...; 关键词：aftershock seismicity 2015 Gorkha earthquake machine learning flat-ramp geometry tear fault

《Earthquake Science》