TAILIEUCHUNG - The scattering coefficient, extinction coefficient and single scattering albedo of water-soluble in the radiative forcing of urban aerosols

In this paper, the optical depths, scattering coefficient, absorption coefficient, extinction coefficient and single scattering albedo were modeled using Optical Properties of Aerosols and Clouds (OPAC) by slightly altering the number densities of water soluble at spectral range of – µm for eight different relative humidities (RHs) (0, 50, 70, 80, 90, 95, 98 and 99 %). The data was used to calculate the radiative forcing (RF). The RF was observed to decrease at all RHs given rise to negative RF when compared, as we moved from the first model to the fifth model reflecting the dominance of cooling effect. The scattering coefficient as well as the extinction coefficients and single scattering albedo increases with RHs attributing to a more scattering aerosol. The regression analysis of the Ångstrom exponents and curvatures which helps in determining the sizes of atmospheric particles was done using SPSS software. The analysis reveals that fine mode particles are dominant. | The scattering coefficient, extinction coefficient and single scattering albedo of water-soluble in the radiative forcing of urban aerosols

• Năng lượng
• The scattering coefficient
• Extinction coefficient and single scattering albedo
• Albedo of water soluble
• The radiative forcing
• The radiative forcing of urban aerosols
• Single scattering albedo
• Situ measurements in the subarctic coastal
• Albedo scattering coefficient
• Simulation of solar power plants
• Aerosol optical properties
• The Ettingshausen coefficient in quantum wells
• Parabolic potential in the presence of electromagnetic wave
• Electron confined acoustic phonons scattering
• The presence of electromagnetic wave
• GaAs GaAsAl quantum wells
• Hall Coefficient
• Quantum kinetic equation
• Cylindrycal quantum wire
• Confined acoustic phonons
• Numerical calculations
• Quantum well
• Ettingshausen effect
• Confined optical phonons
• Electromagnetic wave
• Intermolecular potential
• CH4–inert gases
• CH4–inert gas mixtures
• Diffusion coefficient
• Scattering cross section data
• Absorption coefficient
• 2D Graphene
• Confined electron
• Electron phonon scattering
• Asymmetric semi parabolic quantum wells