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kim s gitterman y forensic explosion seismology technologies apps 2020

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Textbook in PDF format This book discusses three major physical phenomena for active source seismology, namely underwater explosions, underground nuclear explosions, and large-scale on-surface chemical explosions. In particular, contributors consider how to use the technologies and applications in active source seismology and seismo-acoustics, rather than the theoretical approach for the resolution of the forensic explosion seismology in the light of an application for defense sciences. The volume also presents seismological investigations of discrimination between earthquakes and man-made explosions. Surface-wave Magnitudes of Eurasian Nuclear Underground Explosions Discrimination of Anomalous Earthquakes from Underground Nuclear Explosions Spectral Classification Methods in Monitoring of Small Local Events by Israel Seismic Network Difference between Micro-earthquakes and Artificial Explosions on the Basis of Frequency Contents Uncertainties of Seismic Source Determination Using a 3-Component Single Station Study on Some Characteristics of Earthquakes and Explosions Using the Polarization Method Spectral Discrimination Analysis of Eurasian Nuclear Tests and Earthquakes Recorded by the Israel Seismic Network and the NORESS Array Signal Processing for Indian and Pakistan Nuclear Tests Recorded at IMS Stations Located in Israel Overview and Review of Moment Tensor Inversion for North Korean Underground Nuclear Explosions GT0 Explosion Sources for IMS Infrasound Calibration: Charge Design and Yield Estimation from Near-source Observations Secondary Shock Features for Large Surface Explosions: Results from the Sayarim Military Range, Israel and Other Experiments Spectral Modulation Effect in Teleseismic P-waves from North Korean Nuclear Tests Recorded in Broad Azimuthal Range and Possible Source Depth Estimation The Ratio between Corner Frequencies of Source Spectra of P- and S-waves—A New Discriminant between Earthquakes and Quarry Blasts Overview and Review on Analysis for Hydroacoustic Studies in Underwater Explosions Overview and Review on Analysis for Hydroacoustic Studies in Underwater Explosions Underwater Explosion (UWE) Analysis of the ROKS Cheonan Incident Estimating Depth and Explosive Charge Weight for an Extremely Shallow Underwater Explosion of the ROKS Cheonan Sinking in the Yellow Sea Forensic Seismology and Boundary Element Method Application vis-à-vis ROKS Cheonan Underwater Explosion Reply to Comment on “Underwater Explosion (UWE) Analysis of the ROKS Cheonan Incident” Depth Computation and Source Characteristics DPRK’s 2016-01-05, 2016-09-09 and 2017-09-03 Nuclear Tests Using Body and Rayleigh Waves Source Depth and Characteristics for the 6 January 2016, the 9 September 2016 and the 3 September 2017 North Korean Nuclear Tests Using Body and Rayleigh Wave Spectra and Polarization of Surface Wave Depth Estimate of the DPRK’s 2006-10-09, 2009-05-25 and 2013-02-12 Nuclear Tests Using Spectral Nulls of Body Waves and Fundamental-mode Rayleigh Wave Amplitude Spectra On Computation of Depth and Source Characteristics of the DPRK Nuclear Tests (2006, 2009, 2013, 2016J, 2016S and 2017) Using Regional and Teleseismic Arrays

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kim s gitterman y forensic explosion seismology technologies apps 2020

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