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<Surveys in Solid-Earth geophysics> 고체지구물리학 논문집으로 영문으로 되어있음. 지구중력, 지진의 원인과 분석, 지진파 경로에의한 토모그래피 와 지각구조, 지진예측과 지진피해분석, 내진설계 문제, 화산활동예보 (백두산과 일본 홋카이도 섬), 핵실험과 미소지진구별, 세계핵실험분석, 북한핵실험의 특성과 패러미터결정. 등 지구중력의 이론적 배경과 지진학의 기초와 응용의 여러방면에서 발표한 국제학회지 (SCI) 논문과 새로운논문을 실었다. 총 26장으로 되어있음
2018년도 문운당에서 출판했다. 약간 수정 보완되었음.
So Gu Kim now Director of the Korea Seismological Institute after an excellent career that included Professor in Physics and Geophysics for many years at Hanyang University, South Korea, invited Professor at Institute of Seismology & Volcanology, Hokkaido University and at Graduate School of Earth & Planetary Sciences, Peking University, an invited scientist at GFZ, Potsdam, Germany. He was also a visiting professor at Hamburg University, Germany
and at University of New England, Australia. He carried out many Solid-Earth Geophysics (Seismology) projects including Geophysical Oceanography and Petroleum Exploration.
CURRICULUM VITAE – So Gu Kim
1976, Ph.D. in Seismology, Earth & Atmospheric Sciences, Saint Louis University, St. Louis, USA. Thesis title: "Spectra Scaling of Earthquakes in some Eurasian Aftershock Sequences". Supervisor: Professor Otto W. Nuttli
1971, M.S. in Geophysics, School of Oceanography, Oregon State University, Corvallis, USA. Thesis title: “On the multipole expansion in the computation of gravity anomalies”. Supervisor: Professor Donald F. Heinrichs
1967, B. S. in Physics, Sogang University, Seoul, South Korea.
1998-present, Director, Korea Seismological Institute, Goyang, Gyeonggi-do, South Korea.
1979-2007, Professor of Physics/ Earth & Marine Sciences, Hanyang University, Seoul, South Korea.
2004. 06-09, Invited Professor (Invitation of University President), Institute of Seismology and Volcanology, Hokkaido University, Sapporo, Japan
1987. 06-09, Invited Professor (Australian Ministry of Foreign Affairs Fellowship), University of New England, Armidale, Australia.
1984. 06-09, Visiting Professor (DAAD Fellowship), Institute of Geophysics, Hamburg University, Germany
1978-1979, Post-Doctoral Fellow in Seismology, NOAA/University of Colorado, Boulder, USA
1977-1979, Sr. Researcher (Gov. Invited Scientist), Korea Geoscience & Mineral Resources (KIGAM), Daejeon, South Korea.
1976-1977, Sr. Seismic Analyst, Seismograph Service Corporation, Tulsa, OK. USA
1971-1972, Research Scientist (on Kanakeoki R/V), Institute of Geophysics, University of Hawaii, USA
Research and Teaching: Applied and Solid-Earth Geophysics (seismology), Marine Geophysics, Underwater Explosions and Underground Nuclear Explosions. 190 Publications in International (100) and National Journals (90) including 50 presentations in International Conferences and Symposiums and an author of 10 professional books.
Chapter One. On the Multipole Expansion in the Computation of Gravity Anomalies (7-74)
Chapter Two. On the Estimation of Parameters in the Statistical Prediction of Earthquakes
Chapter Three. A Comment on "On the Estimation of Parameters in the Statistical Prediction of
Earthquakes” by So Gu Kim (91-98)
Chapter Four. A Seismic Risk Evaluation in KOREA (99-126)
Chapter Five. High-frequency fall-off of source spectra of deep-focus earthquakes from Wigner distribution estimation (125-134)
Chapter Six. Source parameter determination of regional earthquakes in the Far East using
moment tensor inversion of single-station data (135-148)
Chapter Seven. Source Parameter Determination of Local Earthquakes in Korea Using Moment
Tensor Inversion of Single Station Data (149-156)
Chapter Eight. A Mathematical Theorem Useful for the Direct Estimation of Seismic Source
Chapter Nine. The low seismic activity of the Korean Peninsula surrounded by high earthquake
Chapter Ten. Estimation of Regional Seismic Hazard in the Korean Peninsula Using Historical
Earthquake Data between A.D. 2 and 1995 (179-196)
Chapter Eleven. Seismotectonics of Mongolia Based on Earthquake Catalogue and Focal
Chapter Twelve. Utilizing Seismic Tomography to Find Velocity Anomalies and High Vp/Vs
Ratio Discrepancies at Hypocenters and Active Fault Zones in the Korean Peninsula (231-274)
Chapter Thirteen. Tectonic Features of Plate Juncture in Hokkaido, Japan Derived from Local
Tomographic Inversion of P- and S-wave Travel Times (275-304)
Chaper Fourteen. Changes in Ascent of Magma Body Batch Before and After Eruptions in Mt.
Usu and Tokachi-dake, Hokkaido, Japan Using Small Scale Tomography (305-324)
Chapter Fifteen. An Application of Semi-Markov Model to Seismic Risk Analysis (325-342)
Chapter Sixteen. Short Communication A Theorem for the Direct Estimation of Seismic Source
Chapter Seventeen. Source Short Notes Physical Significance of Earthquake Quanta (349-354)
Chapter Eighteen. The Significance of the Crustal Velocity Model in Local Earthquake
Locations from a Case Example of a PANDA Experiment in the Central United States (355-372)
Chapter Nineteen. A Seismic Moment Tensor Inversion for Earthquakes in Southeast Asia
Chapter Twenty. Broadband b: Scaling Law of P-wave Broadband Radiated Energy (385-396)
Chapter Twenty-one. 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 Waves (397-434)
Chapter Twenty-two. 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
Chapter Twenty-three. Depth Computation and Characteristics DPRK’s 2016-01-06, 2016-09-
09 and 2017-09-03 Using Regional and Teleseismic Waveform Data (487-536)
Chapter Twenty-four. On Computation of Depth and Source Characteristics of the DPRK
Nuclear Tests (2006, 2009, 2013, 2016J, 2016S and 2017) using Depth Phases and Waveform
Chapter Twenty-five. Surface –wave Magnitude of Eurasian Earthquakes and Explosions
Chapter Twenty-six. Spectral and Magnitude Characteristics of Anomalous Eurasian
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