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Spectral analysis in geophysics /
Spectral Analysis in Geophysics.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Amsterdam : New York :
Elsevier Scientific Pub. Co. ; American Elsevier Pub.,
1974.
|
| Colección: | Developments in solid earth geophysics ;
v. 7. |
| Temas: | |
| Acceso en línea: | Texto completo Texto completo |
Tabla de Contenidos:
- Front Cover; Spectral Analysis in Geophysics; Copyright Page; PREFACE; Table of Contents; LIST OF SYMBOLS; Chapter 1. METHODS IN WAVEFORM AND SPECTRA STUDIES; 1.1 ANALYSIS OF SEISMOGRAMS AND OTHER GEOPHYSICAL RECORDS; 1.2 ANALYSIS IN PRE-COMPUTER TIME; 1.3 WAVEFORM ANALYSIS AND SYNTHESIS; 1.4 FREQUENCY AND SPECTRAL ANALYSIS; 1.5 SPECTRA VERSUS TIME-DOMAIN ANALYSIS; 1.6 NON-ANALYTICAL (ANALOGUE) METHODS FOR SPECTRAL DETERMINATION; 1.7 ELECTROMAGNETIC VERSUS MECHANICAL SPECTRA; Chapter 2. FOURIER SERIES AND FOURIER TRANSFORMS; 2.1 FOURIER SERIES; 2.2 FOURIER INTEGRAL AND FOURIER TRANSFORM
- 2.3 BASIC THEOREMS FOR THE FOURIER TRANSFORM2.4 CALCULATION OF FOURIER TRANSFORMS OF ANALYTIC FUNCTIONS; 2.5 MULTI-DIMENSIONAL FOURIER SERIES AND TRANSFORMS; Chapter 3. POWER SPECTRA AND FUNDAMENTALS OF OBSERVATIONALSPECTRA; 3.1 CORRELATION FUNCTIONS; 3.2 CONVOLUTION; 3.3 POWER SPECTRA; 3.4 ANALYTICAL EXAMPLE OF CORRELATIONS AND POWER SPECTRA; 3.5 SPECTRA OF OBSERVATIONAL DATA-FUNDAMENTAL PROBLEMS; 3.6 ALTERNATIVES AND EXTENSIONS OF SPECTRAL METHODS; Chapter 4. COMPUTATION OF SPECTRA OF OBSERVATIONAL DATA; 4.1 DIGITAL AND ANALOGUE DATA; 4.2 ERRORS OF DIGITIZATION
- 4.3 EFFECTS OF DIGITIZATION-ALIASING4.4 WINDOW FUNCTIONS; 4.5 DISCRETE FORMULAS; 4.6 METHODS FOR SPECTRAL CALCULATION; Chapter 5. RELIABILITY AND PRESENTATION OF SPECTRA; 5.1 RELIABILITY OF HARMONIC ANALYSIS AND SPECTRAL ESTIMATION; 5.2 SPECTRAL PARAMETERS-THEORETICAL APPROACH; 5.3 SPECTRAL PARAMETERS-EMPIRICAL APPROACH; 5.4 SPECTRAL COORDINATES; Chapter 6. PRINCIPLES AND GEOPHYSICAL APPLICATION OF FILTERING; 6.1 PRINCIPLES OF FILTERING; 6 .2 CLASSIFICATION OF FILTERING PROCESSES; 6.3 EXAMPLES OF FILTERING OPERATIONS; 6.4 TWO-DIMENSIONAL FILTERING; 6.5 FILTERING AND EQUALIZATION IN GEOPHYSICS
- 6.6 GENERAL COMMENTS ON GEOPHYSICAL SPECTROSCOPYChapter 7. SPECTRAL STUDIES OF THE EARTH'S STRUCTURE; 7.1 LOCAL-SCALE PROPERTIES-BODY WAVES; 7.2 REGIONAL-SCALE PROPERTIES-SURFACE WAVES; 7.3 GLOBAL-SCALE PROPERTIES-FREE OSCILLATIONS; 7.4 SEISMIC WAVE ATTENUATION; Chapter 8. SPECTRAL STUDIES OF SEISMIC SOURCE PROPERTIES; 8.1 EARTHQUAKE MECHANISM; 8.2 EXPLOSION-EARTHQUAKE DISCRIMINATION; 8.3 MAGNITUDE; 8.4 FOCAL DEPTH; 8.5 EARTHQUAKE PERIODICITY; Chapter 9. SPECTRAL STUDIES IN METEOROLOGY, OCEANOGRAPHY AND MICROSEISMOLOGY; 9.1 METEOROLOGY; 9.2 OCEANOGRAPHY; 9.3 MICROSEISMOLOGY
- Chapter 10. SPECTRAL STUDIES OF GRAVITY AND GEOMAGNETISM10.1 TIME SERIES ANALYSES; 10.2 SPACE SERIES ANALYSES; 10.3 COMBINED STUDIES; REFERENCES; SUBJECT INDEX