Observations to study the variation of attenuation of 3cm waves due to falling of water or artificial rain are confined to the high rates of precipitation and short distance between the transmitter and receiver, due to low power of the microwave generator. A comparison of these observations and those recorded by others shows that the attenuation increases nonlinearly with the intensity of artificial rainfall which is generally assumed to be linear for the observations at lower rates of precipitation
Eight microwave links operating at frequencies ranging from 6 to 8 GHz and with path lengths ranging...
Commercial microwave links have a great potential to be used as sensors for rain. However, the use o...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
Observations to study the variation of attenuation of 3cm waves due to falling of water or artificia...
130-134Rain attenuation characteristics, at 11 GHz are studied over a 3.2 km microwave link at Guwah...
Attenuation of electromagnetic waves in millimeter wave bands is analyzed by means of experimental m...
At a frequency range above 5 GHz, rainfall becomes a serious and major source of attenuation for mic...
Issues associated with microwave link rainfall estimation such as the effects of spatial and tempora...
360-363Signal strength fluctuations on 11 GHz over the P & T microwave link between Calcutta and...
405-408Measurements of rain attenuation at 11 GHz have been made at vertical incidence and on a slan...
This paper presents the results of direct rain attenuation measurements carried out on four experime...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
A millimetric wave transmission link of the radar type has been established at the University of Bri...
Attenuation due to and water vapour and rain can severely degrade the radio wave propagation at cent...
In order to satisfy the growing demand for telecommunications, communication systems with high micro...
Eight microwave links operating at frequencies ranging from 6 to 8 GHz and with path lengths ranging...
Commercial microwave links have a great potential to be used as sensors for rain. However, the use o...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
Observations to study the variation of attenuation of 3cm waves due to falling of water or artificia...
130-134Rain attenuation characteristics, at 11 GHz are studied over a 3.2 km microwave link at Guwah...
Attenuation of electromagnetic waves in millimeter wave bands is analyzed by means of experimental m...
At a frequency range above 5 GHz, rainfall becomes a serious and major source of attenuation for mic...
Issues associated with microwave link rainfall estimation such as the effects of spatial and tempora...
360-363Signal strength fluctuations on 11 GHz over the P & T microwave link between Calcutta and...
405-408Measurements of rain attenuation at 11 GHz have been made at vertical incidence and on a slan...
This paper presents the results of direct rain attenuation measurements carried out on four experime...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
A millimetric wave transmission link of the radar type has been established at the University of Bri...
Attenuation due to and water vapour and rain can severely degrade the radio wave propagation at cent...
In order to satisfy the growing demand for telecommunications, communication systems with high micro...
Eight microwave links operating at frequencies ranging from 6 to 8 GHz and with path lengths ranging...
Commercial microwave links have a great potential to be used as sensors for rain. However, the use o...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...