Active Geophysical Monitoring

Table of contents

1. Cover
2. Title
3. Copyright
4. Contents
5. Preface
6. Handbook of Geophysical Exploration
7. General Concept and Historical Review
   1. General Concept of Active Geophysical Monitoring
      1. 1 Seismicity Precursors for Active Monitoring of Earthquakes
      2. 2 Large-scale Geophysical Surveys of the Earth’s Crust Using High-power Electromagnetic Pulses
      3. 3 Elements of Active Geophysical Monitoring Theory
      4. 4 Seismic Active Monitoring System Concept
   2. Active Monitoring Targets
      1. 5 Detection of Transient Phenomena Due to Active Scatterers
      2. 6 Active Vibromonitoring: Experimental Systems and Fieldwork Results
      3. 7 Reliable Measurement Method to Reveal a Peculiar Dielectric Dispersion in Wet Rocks by Means of ACROSS
      4. 8 Active Geophysical Monitoring of Hydrocarbon Reservoirs Using EM Methods
8. Part II. Theory and Technology of Active Monitoring
   1. Technology of Active Monitoring
      1. 9 Acquisition of Crosswell Seismic Monitoring Data
      2. 10 EM-ACROSS System and Corresponding Tensor Transfer Functions in Diffusion Field Region
      3. 11 Design and Workout of ACROSS Transmitters Using Air Bearings
   2. Signal Processing and Accuracy Control in Active Monitoring
      1. 12 Stacking Strategy for Acquisition of an ACROSS Transfer Function
      2. 13 Secondary Calibration Method of Seismometers by Utilizing ACROSS Signal
      3. 14 Signal Discrimination of External Geomagnetic Effects Using the Transfer Function Approach with Continuous Wavelet Transform
      4. 15 Development of Simulation Algorithm for Analyzing Temporal Stability of ACROSS Seismic Source
      5. 16 Nonlinear Processes in Seismic Active Monitoring
   3. Theory of Data Analysis and Interpretation
      1. 17 Maxwell’s Equations and Numerical Electromagnetic Modeling in the Context of the Theory of Differential Forms
      2. 18 3D Electromagnetic Holographic Imaging in Active Monitoring of Sea-Bottom Geoelectrical Structures
      3. 19 Foundations ofthe Method of EM Field Separation into Upgoing and Downgoing Parts and its Application to MCSEM Data
      4. 20 Automatic Travel Time Determination from a Frequency-domainTransfer Function: The Sompi Event Analysis
      5. 21 Effect of Spatial Sampling on Time-lapse Seismic Monitoring in Random Heterogeneous Media
      6. 22 Singular Value Decomposition in Active Monitoring Data Analysis
9. Part III. Case Histories
   1. Regional Active Monitoring Experiments
      1. 23 Detection and Continuous Monitoring of Strong Seismic Reflectors at the Subducting Philippine Sea Plate Using ACROSS Methodology
      2. 24 Active Seismic Monitoring of the San Andreas Fault at Parkfield
      3. 25 Characteristics of ACROSS Signals Transmitted from the Tono Transmitting Station and Observed by Hi-net
      4. 26 Active Monitoring Using Submarine Cables–Leveraging Offshore Cabled Observatory for Passive Monitoring
      5. 27 Seasonal Changes in Vibroseismic Monitoring Experiments in Siberia
      6. 28 Estimates of Crustal Stress Sensitivity in the Lake Baikal Region, from Active Vibroseismic Monitoring and Solid Earth Tide Data
10. Author Index
11. Subject Index