Numerical simulations of radiative cooling beneath the anvils of supercell thunderstorms

Keyphrases

• Air Temperature 20%
• Anvil 100%
• Anvil Clouds 20%
• Boundary Layer 20%
• Calm 20%
• Downwelling 40%
• Eastward Propagation 20%
• Highly Sensitive 20%
• Hodograph 20%
• Model Surfaces 40%
• Near-surface Layer 20%
• Near-surface Wind 40%
• Numerical Simulation 100%
• Order of Magnitude 20%
• Prediction System 20%
• Propagation Speed 20%
• Radiative Cooling 100%
• Radiative Heating 20%
• Radiative Transfer 20%
• Regional Prediction 20%
• Shortwave Radiation 40%
• Solar Heating 20%
• Storm Environments 20%
• Supercell Thunderstorm 100%
• Surface Boundary 20%
• Surface Cooling 20%
• Surface Energy Budget 20%
• Surface Fluxes 20%
• Surface Latent Heat Flux 20%
• Surface Layer 20%
• Surface Radiation 20%
• Surface Stabilization 20%
• Surface Temperature 20%
• Thermodynamic Profile 20%
• Vertical Mixing 20%
• Weak Surface 20%
• Wind Profile 20%

Earth and Planetary Sciences

• Air Temperature 33%
• Anvil Clouds 33%
• Boundary Layer 33%
• Downwelling 66%
• Energy Budget 33%
• Hodograph 33%
• Near-Surface Geology 100%
• Radiative Transfer 33%
• Sensible Heat Flux 33%
• Short Wave Radiation 66%
• Storm 100%
• Surface Cooling 33%
• Surface Flux 33%
• Surface Wind 66%
• Thunderstorm 100%
• Vertical Mixing 33%
• Wind Profile 33%