Effects of reflection on the field strength of very high frequency radio-waves in mountain us terrain have been studied. Experiment on diffraction paths in mountainous area were made at 126 Mc/by varying antenna height from 1.8mtp 3.75m for both vertically and horizontally polarised waves. The results showed no significant reflection effects as there were no maxima and minima in received field strength with variation of antenna height.It has been concluded that reflection effects can be neglected for many practical purposes of communication over short distances in mountainous terrain area having considerable vegetation over the path
Both the efficacy and accuracy of existing algorithms for predicting radiowave coverage are often co...
For radio communication practice it is expedient to establish interrelation of level of the signal r...
188-192Measurements of field strength for a period of one year were made over two paths in vhf band....
Effects of reflection on the field strength of very high frequency radio-waves in mountain us terrai...
This Paper deals with the propagation of VHF radio waves at 126Mc/s within a distance of 2km, on six...
Diffraction plays an important pat in V.H.F.radio wave propagation in mountainous terrains. The clas...
Experimental results of radio propagation characteristics on roads on snowy or snow-capped mountains...
International Telemetering Conference Proceedings / October 14-16, 1980 / Bahia Hotel, San Diego, Ca...
In this paper, the effect of environment and altitude on ultrahigh frequency (UHF) band has been stu...
Data is presented from an airborne experiment designed to evaluate electromagnetic pulse scattering ...
29-38The effect of Fresnel zone clearance on microwave propagation over a hilly terrain has been stu...
Abstract—Modelling of point-to-point radio propagation over terrain is of interest in the design of ...
180-184Mountain cliffs constituting knife edges influence radio wave propagating from VHF to microw...
Measurements of relative field strength were carried out on the FM Broadcasting frequency of 94.57 M...
http://deepblue.lib.umich.edu/bitstream/2027.42/5198/5/bac3558.0001.001.pdfhttp://deepblue.lib.umich...
Both the efficacy and accuracy of existing algorithms for predicting radiowave coverage are often co...
For radio communication practice it is expedient to establish interrelation of level of the signal r...
188-192Measurements of field strength for a period of one year were made over two paths in vhf band....
Effects of reflection on the field strength of very high frequency radio-waves in mountain us terrai...
This Paper deals with the propagation of VHF radio waves at 126Mc/s within a distance of 2km, on six...
Diffraction plays an important pat in V.H.F.radio wave propagation in mountainous terrains. The clas...
Experimental results of radio propagation characteristics on roads on snowy or snow-capped mountains...
International Telemetering Conference Proceedings / October 14-16, 1980 / Bahia Hotel, San Diego, Ca...
In this paper, the effect of environment and altitude on ultrahigh frequency (UHF) band has been stu...
Data is presented from an airborne experiment designed to evaluate electromagnetic pulse scattering ...
29-38The effect of Fresnel zone clearance on microwave propagation over a hilly terrain has been stu...
Abstract—Modelling of point-to-point radio propagation over terrain is of interest in the design of ...
180-184Mountain cliffs constituting knife edges influence radio wave propagating from VHF to microw...
Measurements of relative field strength were carried out on the FM Broadcasting frequency of 94.57 M...
http://deepblue.lib.umich.edu/bitstream/2027.42/5198/5/bac3558.0001.001.pdfhttp://deepblue.lib.umich...
Both the efficacy and accuracy of existing algorithms for predicting radiowave coverage are often co...
For radio communication practice it is expedient to establish interrelation of level of the signal r...
188-192Measurements of field strength for a period of one year were made over two paths in vhf band....