Add to ORKGThe Lack of observation on microwave signal propagation during duststorm in Sahara region and Middle East stimulated the present work. Investigation on the characteristics of duststorm and its effect on microwave signal propagation have been presented. A physical model of duststorm from measured data proposed. This paper has presented a study on microwave propagation carried out in Sudan using existing microwave links monitoring by Marconi microwave monitoring system with the calibration of the meteorological data recorded in Sudan. The paper has also investigated and compared the measured attenuation with the value calculated by the mathematical prediction models
Abstract—Electromagnetic wave propagation in arid and semi-arid regions is influenced by sand and du...
Sand and dust storms are environmental phenomena, during these storms optical visibility might be de...
This paper proposes a novel dust-storm total path attenuation prediction model. This model is formul...
The Lack of observation on microwave signal propagation during duststorm in Sahara region and Middle...
Dust storms are meteorological phenomena which occur for a percentage of time in arid and semi arid ...
A study on dust storm effect on Microwave links in arid area covering a wide range of radiofrequency...
A field study on dust storm effect on Microwave links in arid area covering a wide range of radio f...
The microwave signal attenuation caused by dust is one of the major problems in utilizing microwave...
Signal attenuation caused by duststorm is one of the major problems in utilization of microwave ba...
Signal attenuation due to dust and sand storms is one of the major problems in the utilization of mi...
The present trend in radio design calls for the use of frequencies above 40 GHz for short links carr...
Duststorms are significant meteorological phenomenon occur for a significant percentage of time in ...
The present trend in radio design calls for the use of frequencies above 40 GHz for short links carr...
Microwave links have to be designed such that propagation effects do not reduce the quality of the t...
A dust storm is the main attenuation factor that can disturb receiving radio signals in arid climate...
Abstract—Electromagnetic wave propagation in arid and semi-arid regions is influenced by sand and du...
Sand and dust storms are environmental phenomena, during these storms optical visibility might be de...
This paper proposes a novel dust-storm total path attenuation prediction model. This model is formul...
The Lack of observation on microwave signal propagation during duststorm in Sahara region and Middle...
Dust storms are meteorological phenomena which occur for a percentage of time in arid and semi arid ...
A study on dust storm effect on Microwave links in arid area covering a wide range of radiofrequency...
A field study on dust storm effect on Microwave links in arid area covering a wide range of radio f...
The microwave signal attenuation caused by dust is one of the major problems in utilizing microwave...
Signal attenuation caused by duststorm is one of the major problems in utilization of microwave ba...
Signal attenuation due to dust and sand storms is one of the major problems in the utilization of mi...
The present trend in radio design calls for the use of frequencies above 40 GHz for short links carr...
Duststorms are significant meteorological phenomenon occur for a significant percentage of time in ...
The present trend in radio design calls for the use of frequencies above 40 GHz for short links carr...
Microwave links have to be designed such that propagation effects do not reduce the quality of the t...
A dust storm is the main attenuation factor that can disturb receiving radio signals in arid climate...
Abstract—Electromagnetic wave propagation in arid and semi-arid regions is influenced by sand and du...
Sand and dust storms are environmental phenomena, during these storms optical visibility might be de...
This paper proposes a novel dust-storm total path attenuation prediction model. This model is formul...