The effect of weather conditions on millimeter wave propagation

Yosef Golovachev; Ariel Etinger; Gad A. Pinhasi; Yosef Pinhasi

The effect of weather conditions on millimeter wave propagation

Yosef Golovachev, Ariel Etinger, Gad A. Pinhasi, Yosef Pinhasi

Research output: Contribution to journal › Article › peer-review

11 Scopus citations

Abstract

Electromagnetic wave propagation in the atmosphere is affected by the composition of the air and by meteorological conditions like fog and rain. In the current work the effects of different phases of water in the atmosphere (vapor, suspended droplets, fog and rain) on the propagation of electromagnetic radiation at broadband millimeter wave spectrum, have been studied. Analytical expressions are derived for the attenuation and group delay along the path of propagation. Using the derived expressions a modified millimeter-wave propagation model (MPM) is employed for the prediction of the suspended water droplets and rain effects.

Original language	English
Pages (from-to)	690-695
Number of pages	6
Journal	International Journal of Circuits, Systems and Signal Processing
Volume	13
State	Published - 2019

Keywords

Atmospheric wave propagation
Dielectric permittivity of water
Dispersive complex refractivity
Extremely high frequency
ITU recommendations
Millimeter waves

Cite this

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abstract = "Electromagnetic wave propagation in the atmosphere is affected by the composition of the air and by meteorological conditions like fog and rain. In the current work the effects of different phases of water in the atmosphere (vapor, suspended droplets, fog and rain) on the propagation of electromagnetic radiation at broadband millimeter wave spectrum, have been studied. Analytical expressions are derived for the attenuation and group delay along the path of propagation. Using the derived expressions a modified millimeter-wave propagation model (MPM) is employed for the prediction of the suspended water droplets and rain effects.",

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AU - Golovachev, Yosef

AU - Etinger, Ariel

AU - Pinhasi, Gad A.

AU - Pinhasi, Yosef

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Y1 - 2019

N2 - Electromagnetic wave propagation in the atmosphere is affected by the composition of the air and by meteorological conditions like fog and rain. In the current work the effects of different phases of water in the atmosphere (vapor, suspended droplets, fog and rain) on the propagation of electromagnetic radiation at broadband millimeter wave spectrum, have been studied. Analytical expressions are derived for the attenuation and group delay along the path of propagation. Using the derived expressions a modified millimeter-wave propagation model (MPM) is employed for the prediction of the suspended water droplets and rain effects.

AB - Electromagnetic wave propagation in the atmosphere is affected by the composition of the air and by meteorological conditions like fog and rain. In the current work the effects of different phases of water in the atmosphere (vapor, suspended droplets, fog and rain) on the propagation of electromagnetic radiation at broadband millimeter wave spectrum, have been studied. Analytical expressions are derived for the attenuation and group delay along the path of propagation. Using the derived expressions a modified millimeter-wave propagation model (MPM) is employed for the prediction of the suspended water droplets and rain effects.

KW - Atmospheric wave propagation

KW - Dielectric permittivity of water

KW - Dispersive complex refractivity

KW - Extremely high frequency

KW - ITU recommendations

KW - Millimeter waves

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JO - International Journal of Circuits, Systems and Signal Processing

JF - International Journal of Circuits, Systems and Signal Processing

ER -

The effect of weather conditions on millimeter wave propagation

Abstract

Keywords

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