The sedimentary architecture of hyperpycnites produced by transient turbulent flows in a shallow lacustrine environment

Keyphrases

• Lacustrine Environment 100%
• Transitional Flow 100%
• Sedimentary Architecture 100%
• Transient Turbulent Flow 100%
• Hyperpycnites 100%
• Plug Flow 85%
• Turbulent Flow 71%
• Turbulence 42%
• Clay 42%
• Fully Turbulent 28%
• Sediment-laden Flow 28%
• Hyperpycnal Flow 28%
• Hyperpycnal Flow Deposits 28%
• Sandstone 14%
• Large Aspect Ratio 14%
• Fluid Dynamics 14%
• Deceleration 14%
• Infill 14%
• Sand 14%
• Low Amplitude 14%
• Transitional Behavior 14%
• Flow Regime 14%
• Rheological Characteristics 14%
• Concept Base 14%
• Log Data 14%
• Turbulence Characteristics 14%
• Depositional Processes 14%
• Turbidity Current 14%
• Sedimentary Environment 14%
• Lithofacies 14%
• Upper Cretaceous 14%
• Flow Transformation 14%
• Ancient Sediments 14%
• Modern Sediments 14%
• Basal Erosion 14%
• Current Ripple 14%
• Large Current 14%
• Facies Distribution 14%
• Dip Direction 14%
• Sinuous Channel 14%
• Dynamic Interpretation 14%
• Songliao Basin 14%
• 3D Seismic Volume 14%
• Distributary Channel 14%
• Wireline Logs 14%
• Channel Extension 14%
• Lithofacies Association 14%
• NE China 14%
• Lacustrine Basin 14%
• Coastal Shelf 14%
• Nenjiang Formation 14%

Earth and Planetary Sciences

• Turbulent Flow 100%
• Lacustrine Environment 100%
• Bedform 40%
• Lithofacies 40%
• Fluid Dynamics 20%
• China 20%
• Dilution 20%
• Depositional Process 20%
• Turbidity Current 20%
• Sedimentary Environment 20%
• Upper Cretaceous 20%