ain attenuation at 355.2 GHz in the terahertz wave range was measured with our new 355.2
GHz measuring system under rainfall intensities up to 25 mm/hr. Rain attenuation …

Rain attenuation values were calculated using empirical raindrop-size distributions, which
were, Marshall-Palmer (MP), Best, Polyakova-Shifrin (PS) and Weibull raindrop-size …

In recent years, there has been increased interest in the terahertz waveband for application
to ultra-high-speed wireless communications and remote sensing systems. However …

The effects of rain attenuation on 0.1-to 1-THz frequencies are reported in this paper. The
THz pulses propagate through a rain chamber over a 4-m distance and are measured by …

In order to analyze the impairments of terahertz (THz) and infrared (IR) links caused by
attenuation through rain, THz and IR free-space communication channels at 625 GHz and …

Abstract Based on the Marshall-Palmer, Weibull raindrop size distribution and Mie
electromagnetic scattering model, the relationships of attenuation coefficient of terahertz …

Specific attenuation is the fundamental quantity in the calculation of rain attenuation for
terrestrial path and slant paths representing as rain attenuation per unit distance (dB/km) …

Terahertz waves suffer from scattering attenuation of various types of particles due to the
complex environment in the near-surface atmosphere. This paper focused on the scattering …

The rain attenuation was calculated by using the Marshall-Palmer, Best, Joss-Thomas-
Waldvogel and Weibull distributions for raindrop-size. The results were compared with the …

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 …