Waveform modelling of hydroacoustic teleseismic earthquake records from autonomous MERMAID floats

Keyphrases

• Earthquake 100%
• Waveform Modeling 100%
• Earthquake Records 100%
• Teleseismic Earthquakes 100%
• Hydroacoustics 100%
• Spectral Element Simulation 66%
• Ocean Bottom 66%
• Princeton University 33%
• Travel Time 33%
• Bathymetry 33%
• Noise Level 33%
• Computational Techniques 33%
• Solid Earth 33%
• Reverberation 33%
• Full-waveform Inversion 33%
• Seismograms 33%
• Correlation-based 33%
• Correlation Coefficient 33%
• Seismic Tomography 33%
• Selected Frequency 33%
• Acoustic Pressure 33%
• Diver 33%
• Earthquake Recordings 33%
• Marine Areas 33%
• Modeling Project 33%
• Southern Pacific 33%
• South Pacific 33%
• Observed Records 33%
• Acoustic Wave Propagation 33%
• Moment Tensor 33%
• Indi 33%
• Local Noise 33%
• Plume Model 33%
• Bottom Interface 33%
• Fluid-solid Coupled 33%
• Plume Imaging 33%
• Seismo-acoustics 33%
• Bottom Waves 33%
• Signal Content 33%
• Synthetic Waveform 33%
• Ocean Acoustics 33%
• Time picking 33%
• Bathymetric Effects 33%

Earth and Planetary Sciences

• Waveform Modeling 100%
• Underwater Acoustics 100%
• Earthquake 100%
• Sea Bed 33%
• Pacific 33%
• Acoustics 33%
• Bathymeter 16%
• Solid Earth 16%
• Full-Waveform Inversion 16%
• Seismogram 16%
• Correlation Coefficient 16%
• Seismic Tomography 16%
• Moment Tensor 16%
• Reverberation 16%
• Acoustic Wave 16%
• Oceania 16%