Igneous Rocks

Deep electrical resistivity structure of northwestern Costa Rica

Cartography / Earth Sciences / Magnetotelluric / Tectonics / Multidisciplinary / Subduction Zone Processes / Depth / Physical sciences / Electrical Resistance / Magnetotellurics / Subduction Zones / Subduction Zone / Electrical Resistivity / Pacific ocean / Igneous Rocks / Basement / Continental Margin / Subduction Zone Processes / Depth / Physical sciences / Electrical Resistance / Magnetotellurics / Subduction Zones / Subduction Zone / Electrical Resistivity / Pacific ocean / Igneous Rocks / Basement / Continental Margin

Deep electrical resistivity structure of northwestern Costa Rica

Cartography / Earth Sciences / Magnetotelluric / Tectonics / Multidisciplinary / Subduction Zone Processes / Depth / Physical sciences / Electrical Resistance / Magnetotellurics / Subduction Zones / Subduction Zone / Electrical Resistivity / Pacific ocean / Igneous Rocks / Basement / Continental Margin / Subduction Zone Processes / Depth / Physical sciences / Electrical Resistance / Magnetotellurics / Subduction Zones / Subduction Zone / Electrical Resistivity / Pacific ocean / Igneous Rocks / Basement / Continental Margin

Transport capacity of pyroclastic density currents: Experiments and models of substrate-flow interaction

Granular Flow / Multidisciplinary / Concentration / Trajectory / Transport / Numerical Simulation / Models / Flow / Pumice / Event / Boundary Conditions / Volcanic Rocks / Pyroclastic Flow / Bed load / Geophysical / Terrain / Bed Load / Boundary Condition / Substrates / Aerodynamic Force / Igneous Rocks / Fine Particles / Momentum Transfer / Numerical Simulation / Models / Flow / Pumice / Event / Boundary Conditions / Volcanic Rocks / Pyroclastic Flow / Bed load / Geophysical / Terrain / Bed Load / Boundary Condition / Substrates / Aerodynamic Force / Igneous Rocks / Fine Particles / Momentum Transfer

Jabal an Nar: An upper miocene volcanic centre near Al Mukha (Yemen Arab Republic)

Geology / Geochemistry / Geophysics / Volcanology / Neogene / Volcanic Rocks / Basalts / Tertiary / Trace Elements / Igneous Rocks / Volcanic Rocks / Basalts / Tertiary / Trace Elements / Igneous Rocks

Estimating rock mass properties using Monte Carlo simulation: Ankara andesites

Engineering / Earth Sciences / Monte Carlo Simulation / Stochastic analysis / Weathering / Simulation / Computers / Models / Variability / Correlation / Classification / Volcanic Rocks / Data Processing / Rock Mass Rating / Igneous Rocks / Andesite / Monte Carlo Method / Simulation / Computers / Models / Variability / Correlation / Classification / Volcanic Rocks / Data Processing / Rock Mass Rating / Igneous Rocks / Andesite / Monte Carlo Method

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