In the present study, the impact of aerosols on the photochemistry in Mexico City is
evaluated using the WRF-CHEM model for the period from 24 to 29 March during the MCMA …

Half a century ago, Christian Junge, the founding 'father'of atmospheric chemistry
summarized the existing knowledge in his field of research. In 1960 Junge counted only 75 …

Though the single-layer solutions have been found for the δ-four-stream spherical harmonic
expansion method (SHM) in radiative transfer, there is lack of a corresponding doubling …

Although single-layer solutions have been obtained for the δ-four-stream discrete ordinates
method (DOM) in radiative transfer, a four-stream doubling–adding method (4DA) is lacking …

The clear-sky, instantaneous Direct Radiative Effect (DRE) by all and anthropogenic
particles is calculated during selected dust intrusion events at a site in the Central …

Climate change is a subject which is never far from the news, although both the quantity and
quality of media coverage can only be described as highly variable. Many of the world's …

The atmosphere of Mars presents a strong response to aerosol radiative forcing compared
to that of the Earth, thus atmospheric models should have accurate radiative transfer …

Associated with the changes of weather and climate, solar radiation is the most basic energy
on the earth that drives the atmospheric circulation. Radiation process plays an important …

Abstract The Gaussian–Legendre, Gaussian–Lobatto, Gaussian–Chebyshev and Gaussian
quadrature (GQ) with different moment powers have been investigated by applying them into …

Five δ-two-stream and δ-four-stream schemes are compared in solar spectra using the
Rapid Radiative Transfer Model for General Circulation Models Applications (RRTMG). By …