Triggered by the experimental results of the MINIX, a computer simulation study was initiated on the nonlinear excitation of electrostatic electron cyclotron waves by a monochromatic electromagnetic wave such as the transmitted microwave in the MINIX. The model we used assumes that both of the excited waves and exciting (pumping) electromagnetic wave as well as the idler electromagnetic wave propagate in the direction perpendicular to the external magnetic field. The simulation code used for the present study is one- and two-half dimensional electromagnetic particle code named KEMPO. The simulation result shows the high power electromagnetic wave produces both the back-scattered electromagnetic wave and electrostatic electron cyclotron waves as a result of nonlinear parametric instability. Detailed nonlinear micro-physics related to the wave excitation is discussed in terms of the nonlinear wave-wave couplings and associated ponderomotive force produced by the high power electromagnetic waves.
Nonlinear excitation of electron cyclotron waves by a monochromatic strong microwave. Computer simulation analysis of the MINIX results
Nichtlineare Anregung von Elektronzyklotronwellen durch eine starke monochromatische Mikrowelle. Analyse der MINIX - Ergebnisse durch Rechnersimulation
Space Power ; 6 , 3 ; 187-191
1986
5 Seiten, 4 Bilder, 2 Quellen
Aufsatz (Zeitschrift)
Englisch
RECHNERSIMULATION , RAKETE , MIKROWELLE , IONOSPHAERE , ELEKTROMAGNETISCHE WELLENAUSBREITUNG , MAGNETISCHES FELD , WECHSELWIRKUNG , STRAHLUNGSANREGUNG , IONOSPHAERISCHE WELLENAUSBREITUNG , PLASMAWELLE , RECHNERCODE , ENERGIEDICHTE , ZYKLOTRONFREQUENZ , JAPAN , MIKROWELLENUEBERTRAGUNG , ENERGIEUEBERTRAGUNG , SATELLIT , SONNENENERGIE
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