Propagation effects due to atmospheric gases and tropospheric scintillation requires accurate modelling in the design of satellite communication systems. The combination of the two attenuation phenomena was observed within the period of August 2014 to December 2015. The result of this paper presents the on-going observation and data analysis of non-rainy attenuation on earth-space path in Ota, Southwest Nigeria. Results of clear-sky attenuation vary between 0 dBm and 4.85 dBm in January and February 2015 respectively. While a value of 4.23 dBm and 4.75 dBm were observed in October 2014 and 2015 respectively. The results will be useful for satellite communication system design and will be submitted to ITU-R Study group 3 Databank
The total atmospheric absorption due to Oxygen and water vapour on the earth-space path at Ku (12/14...
The study investigates the effect of propagation impairments such as rain, cloud, gases and troposph...
Tropospheric scintillation which causes rapid fluctuation of signal due to the turbulence in the atm...
Propagation effects due to atmospheric gases and tropospheric scintillation requires accurate model...
The demand for satellite services is rapidly increasing on a daily basis. One of the major concern ...
signals being attenuated by rain, cloud, gas and tropospheric scintillation. This paper present the...
The tropics is characterized to have convective type of rainfall which has high occurrence of rainf...
It would be noticed that the rate at which people are demanding for satellite services has drastical...
The study investigates the impact of tropospheric scintillation on fixed satellite communication lin...
The study investigates the impact of tropospheric scintillation on fixed satellite communication li...
Total atmospheric absorption values due to oxygen and water vapor on terrestrial and Earth-space pat...
Knowledge of tropospheric scintillation is an important phenomenon in the design of satellite commu...
The total atmospheric absorption due to Oxygen and water vapour on the earth-space path at Ku (12/1...
Understanding of scintillation is a significant occurrence in the design of communication satellite ...
A new cloud attenuation model on earth-space path has been develop for a tropical station (6.7°N, 3...
The total atmospheric absorption due to Oxygen and water vapour on the earth-space path at Ku (12/14...
The study investigates the effect of propagation impairments such as rain, cloud, gases and troposph...
Tropospheric scintillation which causes rapid fluctuation of signal due to the turbulence in the atm...
Propagation effects due to atmospheric gases and tropospheric scintillation requires accurate model...
The demand for satellite services is rapidly increasing on a daily basis. One of the major concern ...
signals being attenuated by rain, cloud, gas and tropospheric scintillation. This paper present the...
The tropics is characterized to have convective type of rainfall which has high occurrence of rainf...
It would be noticed that the rate at which people are demanding for satellite services has drastical...
The study investigates the impact of tropospheric scintillation on fixed satellite communication lin...
The study investigates the impact of tropospheric scintillation on fixed satellite communication li...
Total atmospheric absorption values due to oxygen and water vapor on terrestrial and Earth-space pat...
Knowledge of tropospheric scintillation is an important phenomenon in the design of satellite commu...
The total atmospheric absorption due to Oxygen and water vapour on the earth-space path at Ku (12/1...
Understanding of scintillation is a significant occurrence in the design of communication satellite ...
A new cloud attenuation model on earth-space path has been develop for a tropical station (6.7°N, 3...
The total atmospheric absorption due to Oxygen and water vapour on the earth-space path at Ku (12/14...
The study investigates the effect of propagation impairments such as rain, cloud, gases and troposph...
Tropospheric scintillation which causes rapid fluctuation of signal due to the turbulence in the atm...