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Depositing and Eroding Sediment-Driven Flows: Turbidity Currents
Marcelo H. Garcia
St. Anthony Falls Laboratory
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Dive into the research topics of 'Depositing and Eroding Sediment-Driven Flows: Turbidity Currents'. Together they form a unique fingerprint.
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Keyphrases
Turbidity Current
100%
Grain Size
75%
Hydraulic Jump
75%
Flow Regime
50%
Turbidites
50%
Sediment Entrainment
50%
Small Grains
25%
Suspended Sediment
25%
Canyon
25%
Shear Velocity
25%
Open Channel Flow
25%
Bed Shear Stress
25%
Open Channel
25%
Current Velocity
25%
Slope Break
25%
Bed Sediment
25%
Vertical Structure
25%
Similarity Degree
25%
Boundary Shear Stress
25%
Current Drive
25%
Bed Shear
25%
Entrainment Rate
25%
Particle Fall Velocity
25%
Depositional Fan
25%
Vertical Velocity Distribution
25%
Sediment Concentration Profile
25%
Uniformly Distributed
25%
Submarine Canyons
25%
Break-in-slope
25%
Earth and Planetary Sciences
Turbidity Current
100%
Grain Size
75%
Bedform
75%
Turbidite
50%
Inflow
25%
Suspended Sediment
25%
Velocity Distribution
25%
Laboratory Experiment
25%
Open Channel Flow
25%
Current Velocity
25%
Submarine Canyon
25%