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[en] A model is proposed describing the mechanism of soliton formation in plasmas. The fast magnetoacoustic waves act as a triggering mechanism for initialization of instabilities and for reconnection processes of magnetic field lines. The existing jumps of the plasma density or of magnetic field are taken into consideration. These interfaces (e.g. magnetopause in the Earth's magnetosphere) can modify the propagation properties of fast magnetoacoustic waves and transform them to solitons. (D.Gy.)
Source
Bakos, J.S.; Soerlei, Zsuzsa (eds.); Eoetvoes Lorand Fizikai Tarsulat, Budapest (Hungary); Hungarian Academy of Sciences, Budapest. Central Research Inst. for Physics; 539 p; ISBN 963 372 373 6; 
; Jun 1985; p. 204-206; Koezponti Fizikai Kutato Intezet; Budapest (Hungary); 17. International conference on phenomena in ionized gases; Budapest (Hungary); 8-12 Jul 1985; 3 refs.
; Jun 1985; p. 204-206; Koezponti Fizikai Kutato Intezet; Budapest (Hungary); 17. International conference on phenomena in ionized gases; Budapest (Hungary); 8-12 Jul 1985; 3 refs.