This article delves into the seasonal variation of solar radiation patterns across Nigeria's four
geo-political zones, exploring their complex, scale-dependent behaviors. By employing …

A good understanding of the behavior of the atmosphere is a key factor in radio wave
propagation and link's design. This study investigated the influence of refractivity gradient …

Characterizing the variation dynamics of amplitude scintillation within the lowest layers of
the troposphere is important for many communication system applications. It provides fast …

Refractivity is a significant challenge of radio signal propagation. As it often distorts or leads
to loss of signals. The seasonal and latitudinal variations of surface refractivity at three …

Surface ducts, and atmospheric layers that trap and guide radio waves can significantly
impact microwave signal propagation. Consequently, in this study, we analyzed their …

The tropospheric scintillation of satellite communication signals has continued to draw the
attention of radio engineers. The effect and prevalent paucity of Earth-space tropospheric …

This study investigates the presence of nonlinear dynamics and chaotic behaviour in air
temperature, atmospheric pressure, and relative humidity using data collected from Lagos …

This paper accesses the dynamics of microwave radio field strength over selected stations in
Nigeria by computing radio refractivity and its field strength on the basis of sets of measured …

The urgency of the problem of studying the refractive properties of the troposphere is
determined by the increasing rate of use of radio meteorological parameters in the design …