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Seismic Study of the Crust and Mantle Lithosphere in Cameroon,West Africa

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Seismic Study of the Crust and Mantle Lithosphere in Cameroon,West Africa
论文目录
 
Acknowledgement第1-8页
Abstract第8-16页
  1. Introduction第16-30页
  1.1 Geological Background of Cameroon第16-20页
  1.2 Motivation and Thesis Objectives第20-21页
  1.3 The Cameroon Broadband Seismic Experiment第21页
  1.4 Previous Studies Using CBSE Array Data第21-27页
  1.5 Achievements and Thesis Outline第27-30页
  2. Methodology第30-44页
  2.1 Seismic Waves第30-31页
  2.2 The Ambient Seismic Noise Field第31页
  2.3 Ambient Noise Cross-Correlation Method第31-35页
  2.4 Computation of Surface-wave Dispersion第35-37页
  2.5 Surface Wave Tomography第37-38页
  2.6 Rayleigh Wave Ellipticity第38-39页
  2.7 Receiver Function Method第39-41页
  2.8 Joint Seismic Inversions第41-44页
  3. Crustal Radial Anisotropy beneath Cameroon from Ambient Noise Tomography第44-66页
  3.1 Introduction第44-47页
  3.2 Data and Methodology第47-48页
  3.3 Results and Discussion第48-64页
    3.3.1 Cross-Correlation第48页
    3.3.2 Phase Velocity Measurement and Tomography第48-52页
    3.3.3 3-D Shear Wave Velocity Models第52-58页
    3.3.4 Cross Sections第58-60页
    3.3.5 Uncertainty in Radial Anisotropy第60-64页
  3.4 Conclusions第64-66页
  4. Crust-Mantle Coupling Mechanism in Cameroon, West Africa, Revealed By 3D S-Wave Velocity and Azimuthal Anisotropy第66-92页
  4.1 Introduction第66-70页
  4.2 Data and Methodology第70-76页
    4.2.1 Data第70页
    4.2.2 Data Processing第70-71页
    4.2.3 Dispersion Analysis第71-72页
    4.2.4 Phase Velocity Maps and Azimuthal Anisotropy第72-74页
    4.2.5 Depth Inversion for Shear Wave Speed and Azimuthal Anisotropy第74-76页
  4.3 Results and Discussion第76-90页
    4.3.1 Discrepancy between the Phase Velocity Measurements from ANT andTS Method第76页
    4.3.2 Checkerboard Tests第76-80页
    4.3.3 2D Isotropic and Anisotropic Phase Velocity Maps第80-82页
    4.3.4 3D Models of Isotropic and Azimuthal Anisotropy第82-86页
    4.3.5 Cross Sections along the NA Inverted 3D Isotropic Vsv Model第86-88页
    4.3.6 Correlation with Previous SKS Splitting Studies第88-90页
  4.4 Conclusions第90-92页
  5. Further Constraints on the Shear Wave Velocity Structure of Cameroon from JointInversion of Receiver Function, Rayleigh Wave Dispersion and EllipticityMeasurements第92-118页
  5.1 Introduction第92-93页
  5.2 Data and Methodology第93-98页
    5.2.1 Rayleigh Wave Dispersion Data第94-95页
    5.2.2 P-Wave Receiver Functions第95页
    5.2.3 Rayleigh Wave Ellipticity (ZH Ratio)第95-97页
    5.2.4 Joint Inversion Scheme第97-98页
  5.3 Results and Discussion第98-115页
    5.3.1 Rayleigh Wave Ellipticity Measurements (ZH Ratio)第99-102页
    5.3.2 Inverted 1-D Velocity Models第102-107页
    5.3.3 Localized High Velocity Layer (HVL) In the Uppermost Crust第107-110页
    5.3.4 Crustal Thickness Estimate第110-112页
    5.3.5 V_p/V_s Ratio (Poisson's Ratio)第112-115页
  5.4 Conclusions第115-118页
  6. Conclusions and Future Directions第118-124页
  6.1 Summary of Findings第118-120页
  6.2 Viable Geodynamic Model for the CVL第120-122页
  6.3 Further Work第122-124页
References第124-152页
PUBLICATIONS OF OJO ADEBAYO OLUWASEUN第152-154页

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