This study focuses on investigating the chaotic and multifractal behavior of atmospheric time
series of solar radiation (solar), maximum temperature (Tmax), and minimum temperature …

Thermal inversions, typical in the winter season, consist of cold air at the Earth's surface
being trapped under a layer of warmer air. Such an effect keeps normal convective …

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 …

This study investigated the propagation curves and coverage areas of some Digital
Terrestrial Television Broadcast Stations (DTTBS) over four climatic zones of coastal …

The study of the relationship between the Received Signal Strengths (RSS) from Unity TV
(786 MHz) located at Rayfield (9.84 o North 8.89 o East), Jos, Plateau State and some …

Currently, the development of communication technology is very advanced with the
presence of cellular and internet technology. However, when there is a public security …

In this paper, the impact of atmospheric parameters (atmospheric temperature, pressure,
relative humidity and wind speed) and noise temperature on digital terrestrial television …

Complex processes occurring across different layers of the atmosphere govern weather
events at the surface. Understanding these complexities as they unfold across altitudes is …

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 …

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 …