Alan Douglas worked for over 35 years as a seismologist at the Atomic Weapons Establishment, Aldermaston. From 1982 to 2001 he was the Head of the AWE Seismology Group and he continues to act as a consultant to the AWE. For many years he was a Visiting Professor at the University of Reading and is currently a Visiting Professor at University College London. Professor Douglas is the author of over 100 research papers and reports on seismology applied to the verification of nuclear test ban treaties. In 2005 he received the Award for Service to Geophysics from the Royal Astronomical Society, of which he is also a Fellow.
Inhaltsangabe
Preface Prologue 1. Seismology: ancient and modern 2. Statistical solutions to seismological problems 3. Seismograms as time series 4. Seismographs and seismograms 5. Seismometer arrays and processing methods 6. Seismogram interpretation and synthesis 7. Hypocentres and P travel times 8. Seismic magnitudes 9. Seismic source identification 10. Epilogue Appendix A. P and S radiation from a double-couple source Appendix B. Normal equations for analysis of variance Appendix C. Some uses of the FFT Appendix D. Anelastic attenuation Appendix E. Transient and steady-state Appendix F. Seismometer-galvanometer systems Appendix G. Signal-to-noise improvement Appendix H. Minimum-power filters Appendix I. Circular arrays Appendix J. Geometrical spreading for sP Appendix K. Fourier integral Appendix L. Tables of explosions and earthquakes Appendix M. Album of body-wave seismograms Appendix N. Exercises References Further reading Index.
Preface Prologue 1. Seismology: ancient and modern 2. Statistical solutions to seismological problems 3. Seismograms as time series 4. Seismographs and seismograms 5. Seismometer arrays and processing methods 6. Seismogram interpretation and synthesis 7. Hypocentres and P travel times 8. Seismic magnitudes 9. Seismic source identification 10. Epilogue Appendix A. P and S radiation from a double-couple source Appendix B. Normal equations for analysis of variance Appendix C. Some uses of the FFT Appendix D. Anelastic attenuation Appendix E. Transient and steady-state Appendix F. Seismometer-galvanometer systems Appendix G. Signal-to-noise improvement Appendix H. Minimum-power filters Appendix I. Circular arrays Appendix J. Geometrical spreading for sP Appendix K. Fourier integral Appendix L. Tables of explosions and earthquakes Appendix M. Album of body-wave seismograms Appendix N. Exercises References Further reading Index.
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