Laboratory simulations of fluid/gas induced micro-earthquakes: application to volcano seismology

INIS

• fluids 100%
• gases 37%
• volcanoes 37%
• signals 37%
• depth 12%
• zones 12%
• data 12%
• comparative evaluations 12%
• applications 12%
• simulation 12%
• liquids 12%
• datasets 12%
• phase transformations 12%
• cracks 12%
• resonance 12%
• mixtures 12%
• seismology 12%
• italy 12%
• earthquakes 12%
• laboratories 12%
• hydrostatics 12%
• turbulence 12%
• basalt 12%
• volcanic regions 12%

Earth and Planetary Sciences

• Gas 37%
• Fault Zone 25%
• Seismology 25%
• Low Frequency 12%
• Resonance 12%
• Pressure Reduction 12%
• Phase Transition 12%
• Basalt 12%
• Seismic Data 12%
• Seismic Activity 12%
• Hydrostatics 12%
• Turbulence 12%
• Liquid Sloshing 12%
• Microearthquake 12%
• Frequency Shift 12%
• Sample 12%
• Utilization 12%
• Model 12%
• Laboratory 12%
• Depth 12%
• Rapid 12%
• Region 12%
• Simulation 12%
• Fault 12%
• Condition 12%
• Italy 12%
• Data Set 12%
• Surface Pressure 12%
• Mixture 12%
• Liquid 12%
• Crack 12%

Physics

• Gases 37%
• Events 25%
• Phase Transition 12%
• Hydrostatics 12%
• Seismic Activity 12%
• Frequency Shift 12%
• Liquid Sloshing 12%
• Microearthquake 12%
• Liquids 12%
• Utilization 12%
• Model 12%
• Simulation 12%
• Pressure 12%
• Region 12%
• Frequencies 12%
• Cracks 12%