Advances in Geophysical Research
eBook - PDF

Advances in Geophysical Research

Volume 2

,
  1. 352 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Advances in Geophysical Research

Volume 2

,
Book details
Table of contents
Citations

About This Book

Advances in Geophysical Research, Vol. 2 introduces the theoretical and applied research on geophysics and seismology, earthquake prediction, and instrumentation in China. This book discusses the frictional resistance of fault slip; analysis of hypocenter location capability of a regional seismic network; and experimental study of electromagnetic emission during rock fracture. The possible triggering mechanism for a type of earthquake swarms; geographical distribution of the gravitational oceanic tidal load on the BTTZ area and mainland, China; and isostasy and crustal structure of Panzhihua-Xiehang Region in Southwestern China are also deliberated. This text likewise covers model 763 long-period seismograph and earthquake prediction research. This publication is a good reference for students and researchers aiming to acquire knowledge on the geophysics and seismology in China.

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Information

Publisher
Academic Press
Year
2013
ISBN
9781483280448
Topic
Physical Sciences
Subtopic
Geology & Earth Sciences

Table of contents

  1. Front Cover
  2. Advances in Geophysical Research
  3. Copyright Page
  4. Table of Contents
  5. PREFACE
  6. CHAPTER 1. FRICTIONAL RESISTANCE OF FAULT SLIP
  7. CHAPTER 2. A GENERALIZED REFLECTION-TRANSMISSION COEFFICIENT METHOD FOR ACOUSTIC LOGS
  8. CHAPTER 3. SIMULTANEOUS INVERSION OF EARTHQUAKE HYPOCENTERS AND VELOCITY STRUCTURE (I)—THEORY AND METHOD
  9. CHAPTER 4. A CATALOGUE OF CHINESE EARTHQUAKES(M>6.5) FROM 1900 TO 1948 WITH UNIFORM MAGNITUDES
  10. CHAPTER 5. ANALYSIS OF HYPOCENTER LOCATION CAPABILITY OF A REGIONAL SEISMIC NETWORK
  11. CHAPTER 6. THE EFFECT OF LOADING HISTORY ON ACOUSTIC EMISSION IN ROCKS: AN APPLICATION TO THE DISCUSSION ABOUT THE MECHANISM OF RESERVOIR IMPOUNDING EARTHQUAKES
  12. CHAPTER 7. EXPERIMENTAL STUDY OF ELECTROMAGNETIC EMISSION DURING ROCK FRACTURE
  13. CHAPTER 8. DETERMINATION OF FRACTURE TOUGHNESS OF GABBRO BY DOUBLE TORSIONAL METHOD
  14. CHAPTER 9. IN SITU EXPERIMENTS OF ELECTRICAL RESISTIVITY CHANGES
  15. CHAPTER 10. STUDY OF THE PREPARATORY PROCESS OF A STRONG EARTHQUAKE BY THE CLUSTER ANALYSIS METHOD
  16. CHAPTER 11. ANALYSIS OF COMPLEX EARTHQUAKES AND SOURCE PROCESSES OF LONGLING
  17. CHAPTER 12. THREE-DIMENSIONAL ANALYSIS OF FRACTURE PROCESS FOR THE 1976 TANGSHAN EARTHQUAKE
  18. CHAPTER 13. A POSSIBLE TRIGGERING MECHANISM FOR A TYPE OF EARTHQUAKE SWARMS
  19. CHAPTER 14. SEISMIC GAPS AND "IMMINENT EARTHQUAKES"
  20. CHAPTER 15. TIDAL GRAVITY MEASUREMENTS IN CHINA
  21. CHAPTER 16. ON THE CHARACTERISTICS OF THE PHASE OF SOLID TIDAL STRESS FOR DIFFERENT TYPES OF EARTHQUAKE SEQUENCES OCCURRED IN THE MAINLAND OF CHINA
  22. CHAPTER 17. GEOGRAPHICAL DISTRIBUTION OF THE GRAVITATIONAL OCEANIC TIDAL LOAD ON THE BTTZ* AREA AND ON THE INLAND OF CHINA
  23. CHAPTER 18. STRUCTURES OF CRUST AND UPPER MANTLE IN SOUTHERN PART OF BEIJING-TIANJIN TANGSHAN AREA
  24. CHAPTER 19. THE ISOSTASY AND CRUSTAL STRUCTURE OF PANZHIHUA-XICHANG REGION IN SOUTHWESTERN CHINA
  25. CHAPTER 20. THE CHANGES OF GEOMAGNETIC TOTAL FIELD IN BEIJING AREA BEFORE AND AFTER THE 1976 TANGSHAN EARTHQUAKE
  26. CHAPTER 21. ANALYSIS OF SECULAR VARIATIONS OF NON-DIPOLE GEOMAGNETIC FIELD IN EAST ASIA
  27. CHAPTER 22. ON 'PALAEOMAGNETIC EVIDENCE' FOR A RELATIVE ROTATION FOR THE BOHEMIAN MASSIF WITH RESPECT TO STABLE EUROPE
  28. CHAPTER 23. THE WANDERING PATH OF VIRTUAL GEOMAGNETIC POLE DURING THE LAST 6000 YEARS
  29. CHAPTER 24. Kp CATEGORY OF MAGNETIC DISTURBANCES AND FLARE ACTIVITIES
  30. CHAPTER 25. GEOSOUND AND NANOEARTHQUAKE
  31. CHAPTER 26. MODEL 763 LONG-PERIOD SEISMOGRAPH
  32. CHAPTER 27. EARTHQUAKE PREDICTION RESEARCH— A PERSONAL VIEW OF THE PROBLEMS AND THE DIRECTIONS WHICH FUTURE WORK SHOULD TAKE
  33. ABSTRACTS OF GRADUATE'S PAPERS