Wave attenuation through rain with different rainfall rates at millimeter wave (f= 77 GHz) and
low-terahertz (Low-THz)(f= 300 GHz) frequencies is studied in this article. Rain has …

The high potential of millimeter-wave communication systems has generated the need to
carry out many studies in view of rain and other climatic effects on radio propagation at these …

The most classical approach of determining rain attenuation for radio‐wave frequency has
been to theoretically determine the specific attenuation. At frequency over 10 GHz, rain and …

Rain drop size distributions (DSD) are measured with disdrometers at five different climatic
locations in the Indian tropical region. The distribution of drop size is assumed to be …

Rain induced degradations are significant for terrestrial microwave links operating at
frequencies higher than 10 GHz. Paper presents analyses done on rain attenuation and …

The rain attenuation from 1 to 1000 GHz was calculated by using a Weibu11 distribution for
raindrop-size, which was assumed to be caused by coalescence, drop break-up and a chain …

The high frequencies of millimeter wave (mm-wave) bands have been recognized for the
fifth generation (5G) and beyond wireless communication networks. However, the radio …

This paper reviews the theories and the results of numerical calculations of interactions
between hydrometeors and microwaves or millimeter waves propagating in media …

The measured rain rate, raindrop size distribution (DSD), and the ITU-R model over the
frequency range from 1-100 GHz have been used to elucidate the cumulative rainfall rate …

Because of the interest raised for SHF and EHF radio communications, the attenuation of
electromagnetic waves by rain will always constitute a major concern for telecommunication …