Abstract Theoretical work on the interpretation of high brightness temperature microwave spike emission is reviewed, with emphasis upon recent contributions from the University of Maryland. Recent work on the interpretation of the spike emission as gyrosynchrotron masering is reviewed. Two alternative radiation mechanisms, stimulated plasma emission from the coherent intraction of electrostatic upper hybrid waves and from the interaction of electron plasma waves, are also discussed.
Some recent results in the interpretation of high brightness temperature microwave spike emission
Advances in Space Research ; 2 , 11 ; 181-183
1983-01-01
3 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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