Sources and radiative effects of wintertime black carbon aerosols in an urban atmosphere in east India

Keyphrases

• Winter Season 100%
• Carbon Black 100%
• Source Effects 100%
• Black Carbon Aerosol 100%
• Radiative Effect 100%
• Urban Atmosphere 100%
• East India 100%
• Carbon Surface 30%
• Optical Depth 23%
• Mass Concentration 15%
• Indo-Gangetic Plain 15%
• Aerosol Size Distribution 15%
• Surface Concentration 15%
• Surface Mass 15%
• Local Time 7%
• Diurnal Variation 7%
• Source Origin 7%
• Columnar 7%
• Early Morning 7%
• Ground Measurements 7%
• Optical Model 7%
• Modeling Tools 7%
• Mass Fraction 7%
• Atmospheric Layers 7%
• General Circulation Models 7%
• Shortwave 7%
• Top-of-atmosphere 7%
• Well-mixed 7%
• Radiative Forcing 7%
• Aerosol Radiative Forcing 7%
• Global Mean 7%
• Biofuel 7%
• Black Carbon Concentration 7%
• Carbon Mass 7%
• Fossil Fuel Combustion 7%
• Transport Channel 7%
• Mean Surface 7%
• Carbon Dioxide Gas 7%
• Open Biomass Burning 7%
• Carbon Simulation 7%

Earth and Planetary Sciences

• India 100%
• Black Carbon 100%
• Urban Atmosphere 100%
• Emissions 20%
• Particle Size 13%
• Radiative Forcing 13%
• Atmospherics 6%
• Fossil Fuel 6%
• Ground-Based Measurement 6%
• General Circulation Model 6%
• Carbon Dioxide 6%
• Top of Atmosphere 6%
• Biofuel 6%
• Fuel Combustion 6%
• Open Biomass Burning 6%