A numerical study of plume dispersion motivated by a mesoscale atmospheric flow over a complex terrain

Keyphrases

• Complex Terrain 100%
• Atmospheric Flows 100%
• Plume Dispersion 100%
• Paso Del Norte 100%
• Alternating Direction Implicit Method 50%
• Three-dimensional (3D) 50%
• Surface Layer 50%
• Surface Properties 50%
• Pollutants 50%
• Turbulence 50%
• Trajectory Information 50%
• Moisture 50%
• Energy Surface 50%
• Layer Similarity 50%
• Land Use 50%
• Five-level 50%
• Grid Level 50%
• Soil Heat Flux 50%
• Nudge 50%
• Implicit Finite Difference Method 50%
• Airshed 50%
• Forest Canopy 50%
• Synoptic Scale 50%
• Nested Meshes 50%
• Weather Variability 50%
• Dispersion Model 50%
• Heat Conditions 50%
• Surface Energy Balance 50%
• Plume Trajectory 50%
• Lower Boundary Conditions 50%
• Similarity Theory 50%
• El Paso 50%
• Terrestrial Radiation Effects 50%
• Condition Equation 50%
• Ciudades 50%
• Mesoscale Meteorological Model 50%
• Puff Dispersion 50%
• Particle Plumes 50%
• Solar Radiation Effects 50%
• Terrain-following Coordinate 50%
• Staring 50%
• Urban Canopy Model 50%

Earth and Planetary Sciences

• Atmospherics 100%
• Complex Terrain 100%
• Heat Flux 50%
• Boundary Condition 50%
• Energy Balance 50%
• Surface Layer 50%
• Solar Radiation 50%
• Surface Property 50%
• Surface Energy 50%
• Forest Canopy 50%
• Radiation Physics 50%
• Terrain Following 50%
• Terrestrial Radiation 50%