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BL
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| Record Number
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969766
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| Doc. No
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b724136
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| Main Entry
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LEE.
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| Title & Author
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ADVANCES IN GEOPHYSICS SUPPLEMENT 2 : : Supplement 2 : Principles and Applications of Microearthquake Networks.
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| Publication Statement
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Burlington :: Elsevier Science,, 2014.
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| Series Statement
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Advances in Geophysics ;; v.S2
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| Page. NO
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1 online resource (309 pages).
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| ISBN
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0080568300
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: 9780080568300
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| Contents
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Front Cover; Principles and Applications of Microearthquake Networks; Copyright Page; Contents ; Foreword; Preface; Chapter 1. Introduction; 1.1. Historical Development; 1.2. Overview and Scope; Chapter 2. Instrumentation Systems; 2.1. General Considerations; 2.2. The USGS Central California Microearthquake Network; 2.3. Other Land-Based Microearthquake Systems; 2.4. Ocean-Based Microearthquake Systems; Chapter 3. Data Processing Procedures; 3.1. Nature of Data Processing; 3.2. Record Keeping; 3.3. Event Detection; 3.4. Event Processing; 3.5. Computing Hypocenter Parameters.
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6.2. Fault-Plane Solution6.3. Simultaneous Inversion for Hypocenter Parameters and Velocity Structure; 6.4. Estimation of Earthquake Magnitude; 6.5. Quantification of Earthquakes; Chapter 7. General Applications; 7.1. Permanent Networks for Basic Research; 7.2. Temporary Networks for Reconnaissance Surveys ; 7.3. Aftershock Studies; 7.4. Induced Seismicity Studies; 7.5. Geothermal Exploration; 7.6. Crustal and Mantle Structure; 7.7. Other Applications; Chapter 8. Applications for Earthquake Prediction; 8.1. Seismicity Patterns; 8.2. Temporal Variations of Seismic Velocity.
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8.3. Temporal Variations of Other Seismic ParametersChapter 9. Discussion; Text; Appendix: Glossary of Abbreviations and Unusual Terms ; References; Author Index; Subject Index.
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Chapter 4. Seismic Ray Tracing for Minimum Time Path4.1. Elastic Wave Propagation in Homogeneous and Heterogeneous Media; 4.2. Derivation of the Ray Equation; 4.3. Numerical Solutions of the Ray Equation; 4.4. Computing Travel Time, Derivatives, and Take-Off Angle; Chapter 5. Generalized Inversion and Nonlinear Optimization; 5.1. Mathematical Treatment of Linear Systems; 5.2. Physical Consideration of Inverse Problems; 5.3. Computational Aspects of Solving Inverse Problems; 5.4. Nonlinear Optimization; Chapter 6. Methods of Data Analysis; 6.1. Determination of Origin Time and Hypocenter.
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| Abstract
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ADVANCES IN GEOPHYSICS SUPPLEMENT 2.
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| Subject
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Earthquake prediction.
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| Subject
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Geophysics.
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| Dewey Classification
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551.22
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| LC Classification
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QC801 -- A2842 1981eb
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| Added Entry
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Steward, S. W.
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