Reduction of solar UV radiation due to urban high-rise buildings - A coupled modelling study

Keyphrases

• High-rise Building 100%
• Solar Ultraviolet Radiation 100%
• Exposure Rate 100%
• Coupled Modeling 100%
• Aerosol Loading 40%
• UV Exposure 40%
• Erythemal UV 40%
• UV-B Radiation 40%
• Urban Environment 20%
• Human Health 20%
• Pollution 20%
• Australia 20%
• Adverse Effects 20%
• Loading Effect 20%
• Beneficial Effects 20%
• Street Canyon 20%
• Seasonal Variation 20%
• Surface Measurement 20%
• Solar Zenith Angle 20%
• Ultraviolet-B (UV-B) 20%
• Seasonal Pattern 20%
• Radiative Transfer Model 20%
• Open Area 20%
• Satellite Measurements 20%
• Tropical Urban Environment 20%
• Extreme Environments 20%
• Radiative Transfer Modeling 20%
• Cloud Effect 20%
• Spectral Irradiance 20%
• Aerosol Cloud 20%
• Shading Model 20%
• Building Shading 20%
• UV Environment 20%
• Road Width 20%
• Modeling Results 20%
• Narrow Roads 20%

Earth and Planetary Sciences

• High-Rise Building 100%
• Radiative Transfer 66%
• Shading 33%
• Street Canyon 33%
• Zenith Angle 33%
• Human Health 33%
• Irradiance 33%
• Australia 33%
• Annual Variation 33%