The surface refractivity, the refractivity gradient and effective earth radius factor (k-factor) are
useful ingredients for predicting the local radio wave propagation conditions in the …

Trend analysis of meteorological parameters (temperature, pressure, and relative humidity)
as well as calculated refractivity, equivalent potential temperature (EPT) for a pseudo …

Monitoring climate conditions has continuously gained much attention in recent times due to
the dynamism associated with weather across different agricultural jurisdictions. There are …

Maritime safety relies on navigation, detection, and radio communication technologies that
function through electromagnetic radiation. Propagation of electromagnetic radiation can be …

Meteorological variables are crucial constituents in the estimation of refractivity
disseminations and the uncharacteristic radio wave propagation situations of the …

Radio refractivity, which is the bending of a radio signal as it propagates through media, is
very important in works involving terrestrial atmospheric electromagnetic propagation such …

In this study, atmospheric variables such as air temperature, relative humidity and
atmospheric pressure were evaluated in order to determine the atmospheric refractivity over …

Atmospheric ducting can cause a radar to detect over its standard horizon. Two years of X-
band coastal surveillance radar imagery from the island of Utö in the Baltic Sea was …

Radio refractivity is very crucial in the optimal performance of radio systems and is one of the
attributes that affect electromagnetic waves in the troposphere. This study presented a …

The effective earth radius factor; k-factor is a major parameter in the prediction of the local
radio wave propagation conditions of the lower atmosphere from meteorological variables …