In this work, we present a review of the GILTT (Generalized Integral Laplace Transform
Technique) solutions for the one and two-dimensional, time-dependent, advection–diffusion …

In the present work, we propose a new parameterization for the concentration flux using
fractional derivatives. The fractional order differential equation in the longitudinal and …

In the present work, we investigate the potential of fractional derivatives to model
atmospheric dispersion of pollutants. We propose simple fractional differential equation …

Due to the chaotic motion of charged particles carried by turbulent eddies, electrical
quantities in the atmospheric boundary layer (ABL) have short-term variability superimposed …

We applied a ground-based vertically-pointing aerosol lidar to investigate the evolution of
the instantaneous atmospheric boundary layer depth, its growth rate, associated …

Numerical computer models play a key role in Earth science. They are used to make
predictions on timescales ranging from short-range weather forecasts to multi-century …

We consider the relations between the mixed layer height and atmospheric electric
parameters affected by convective mixing. Vertical turbulent transport of radon, its progeny …

In this paper, the MicroSpray 3-D Lagrangian particle dispersion model is presented and
reviewed, and several validation studies are shown. Starting from its core, based on a 3-D …

The planetary boundary layer (PBL) is the lowermost part of the troposphere that governs
the exchange of momentum, mass and heat between surface and atmosphere. To date, the …

The structure of the surface boundary layer over homogeneous conditions is nowadays well
understood. However, there is no sufficient knowledge of the corresponding structure over …