Photosynthetic oxygen flux by Macrocystis pyrifera: A mass transfer model with experimental validation

Keyphrases

• Experimental Validation 100%
• Oxygen Flux 100%
• Mass Transfer Model 100%
• Photosynthetic Oxygen 100%
• Macrocystis Pyrifera 100%
• Flow Condition 33%
• Fluid Flow 33%
• Kelp 33%
• Turbulent Flow 16%
• Dissolved Oxygen 16%
• Boundary Layer 16%
• Concentration Profile 16%
• Direct Measurement 16%
• Flat Plate 16%
• Velocity Distribution 16%
• Velocity Profile 16%
• Power-law Scaling 16%
• Laminar Flow 16%
• Moving Fluid 16%
• Photosynthesis Rate 16%
• Integral Method 16%
• Oxygen Distribution 16%
• Dissolved Oxygen Concentration 16%
• Transitional Flow 16%
• Mass Conservation 16%
• Momentum Conservation 16%
• Net Primary Productivity 16%
• Local Similarity 16%
• Giant Kelp 16%
• Kelp Forest 16%
• Daily Averages 16%
• Limited Datasets 16%

Engineering

• Oxygen Flux 100%
• Mass Transfer Model 100%
• Fluid Flow 33%
• Flow Condition 33%
• Boundary Layer 16%
• Turbulent Flow 16%
• Integral Method 16%
• Scaling Law 16%
• Similarities 16%
• Dissolved Oxygen Concentration 16%
• Moving Fluid 16%
• Experimental Velocity Profile 16%
• Flat Plate 16%
• Concentration Profile 16%
• Principle of Conservation of Mass 16%