The knowledge of the rainfall drop size distribution (DSD) at the land surface is essential for
understanding precipitation mechanisms affecting soil erosion processes. Rainfall erosivity …

The knowledge of adequate rainfall statistics will contribute greatly to the roll-out of
emerging wireless technologies on the platform of Long-Term Evolution (LTE) and WiMax …

As technology advances and more demands are on satellite services, rain‐induced
attenuation still creates one of the most damaging effects of the atmosphere on the quality of …

The deleterious effects of rain on a satellite link operating at a frequency above 10 GHz can
be estimated using various parameters such as rain rate, drop size distribution, and rain …

Raindrop sizes were obtained from Butare, Rwanda (2.6° S, 29.74° E) and Durban, South
Africa (29° 52′ S, 30° 58′ E) using the Joss–Waldvogel RD-80 disdrometer. The obtained …

Rainfall attenuation mitigation is one of the important design factors considered in the
deployment of outdoor wireless 5G networks, especially in the provision of services …

The knowledge of 1-minute integrated cumulative rain rate distribution is required for
predicting the attenuation induced by rain on satellite and terrestrial microwave and …

Attenuation due to precipitation remains an important design factor in the future deployment
of terrestrial and earth-space communication radio links. Largely, there are concerted efforts …

One of the major parameters required for the prediction of rain-induced attenuation is the
rain height. This paper presents some dynamic features of rain height measurement from …

In radio propagation, modelling of rainfall rate, rain attenuation and drop size distribution is
highly location-dependent and thus requires availability of reliable data from various …