International Journal of Scientific Engineering and Technology

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Atmospheric Pressure Bearing on (UHF) Radio Signal


Affiliations
1 Department of Physics, University of Calabar, Nigeria
 

Signal strength from Cross River State Broadcasting Co-operation (4°57'54.7''N, 8°19'43.7''E) was measured in a residence along Etta-abgor, Calabar (4°57'31.7''N, 8°20'49.7''E) simultaneously with the meteorological components. Results indicated that signal strength is inversely proportional to atmospheric pressure; provided that, other measured metrological components were observed constant, including the wind speed and direction.

Keywords

Metrological Components, Atmospheric Pressure, Signal Strength, Radio Signal, Ultra High Frequency (UHF).
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  • Atmospheric Pressure Bearing on (UHF) Radio Signal

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Authors

Amajama Joseph
Department of Physics, University of Calabar, Nigeria

Abstract


Signal strength from Cross River State Broadcasting Co-operation (4°57'54.7''N, 8°19'43.7''E) was measured in a residence along Etta-abgor, Calabar (4°57'31.7''N, 8°20'49.7''E) simultaneously with the meteorological components. Results indicated that signal strength is inversely proportional to atmospheric pressure; provided that, other measured metrological components were observed constant, including the wind speed and direction.

Keywords


Metrological Components, Atmospheric Pressure, Signal Strength, Radio Signal, Ultra High Frequency (UHF).