Title :
Faraday rotation in meteor burst communication
Author_Institution :
Comput. Sci. Corp., Falls Church, VA, USA
Abstract :
A previously reported physical model of meteor burst propagation has been upgraded to include interalia, Faraday rotation. The author describes the model enhancement and presents results of an analysis of several links on which polarization rotation has been reported or might be expected. Model results are presented as a function of sun spot activity, distance from the magnetic pole, path length, and path azimuth with respect to magnetic north to illustrate the wide range of circumstances under which Faraday rotation is important to meteor burst communication
Keywords :
Faraday effect; electromagnetic wave polarisation; ionospheric electromagnetic wave propagation; meteor burst communications; radiowave propagation; Faraday rotation; interalia; ionosphere; magnetic north; magnetic pole; meteor burst communication; path azimuth; path length; polarization rotation; radiowave propagation; sun spot activity; Azimuth; Context modeling; Degradation; Drives; Polarization; Receiving antennas; Reflection; Sun; Systems engineering and theory; Transmitters;
Conference_Titel :
Military Communications Conference, 1991. MILCOM '91, Conference Record, Military Communications in a Changing World., IEEE
Conference_Location :
McLean, VA
Print_ISBN :
0-87942-691-8
DOI :
10.1109/MILCOM.1991.258296