Seismology

2004

1) Geophysical Inverse Problems - Introduction: Adam Dziewonski | ppt presentation | view audio/video of the presentation

2) Wave equation with consideration of anisotropy and attenuation: Adam Dziewonski | ppt presentation

3) Body wave travel times (transmitted, reflected, differential): Guy Masters | pdf presentation

4) Free oscillations: excitation, measurement of center frequencies and attenuation; differential kernels: Guy Masters | pdf presentation

5) Free oscillations: mode splitting: Guy Masters | pdf presentation

6) Wave propagation in three dimensional media: Barbara Romanowicz | ppt presentation

7) Current state of knowledge of the structure of the Earth's interior: Adam Dziewonski and Guy Masters | pdf presentation

2006

1) Equations and waves: Barbara Romanowicz | pdf presentation

(2) Geophysical Inverse Problems: Guy Masters | pdf presentation |

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2008

(1) Equations and Waves: Barbara Romanowicz | ppt presentation |

(2) Numerical Simulations: Jeroen Tromp | ppt presentation |

(3) Surface Waves: Guy Masters | ppt presentation |

(4) Geophys. Inverse Problem: Guy Masters | ppt presentation |

(5) Receiver Functions: Alan Levander | ppt presentation |

(6) Array Techniques: Alan Levander | ppt presentation |

2010

(1) Introduction to Seismology: Wave Equation-Body Waves: Peter Shearer CIDER Class | Notes (pdf) |

(2) Introduction to Normal Modes and Surface Waves: Barbara Romanowicz | ppt presentation |

(3) Attenuation, Interpreting Seismic Information: Colleen Dalton | pdf presentation |

(4) Inverse Theory: Guy Masters | ppt presentation |

(5) Numerical Seismograms in a 3D Earth: Jeroen Tromp | ppt presentation |

(6) Seismo 6 Scattering and Heterogeneity: Alan Levander | pdf presentation |

2012

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