Evaluating N₂O₅ heterogeneous hydrolysis parameterizations for CalNex 2010

Earth and Planetary Sciences

• California 100%
• Relative Humidity 100%
• Mixing Ratio 100%
• Temporal Evolution 50%
• Spatial Distribution 50%
• Boundary Layer 50%
• Troposphere 50%
• Nocturnal Boundary Layer 50%

Keyphrases

• N2O5 100%
• Heterogeneous Hydrolysis 100%
• Uptake Coefficient 40%
• Residual Layer 30%
• WRF-Chem 20%
• Surface Mixing 10%
• Spatial Distribution 10%
• Temporal Evolution 10%
• Boundary Layer 10%
• Thermodynamic Model 10%
• Spatial Variability 10%
• Water Uptake 10%
• Mixing Ratio 10%
• Organic Coating 10%
• Lower Boundary 10%
• High Uncertainty 10%
• High Humidity 10%
• Troposphere 10%
• Aerosol Particles 10%
• Low Humidity 10%
• Model Representation 10%
• Dinitrogen Pentoxide 10%
• Aerosol Water 10%
• Community Model 10%
• Nighttime Chemistry 10%
• Aerosol Thermodynamics 10%
• Nocturnal Boundary Layer 10%

Engineering

• Relative Humidity 100%
• Boundary Layer 100%
• Day Period 50%
• Temporal Evolution 50%
• Thermodynamic Model 50%
• Spatial Distribution 50%