three-magnon processes.

CHAOTIC MICROWAVE PULSE TRAIN GENERATION IN SELF-OSCILLATORY SYSTEM BASED ON A FERROMAGNETIC FILM

Experimental investigations results of the ring self-oscillatory system based on a ferromagnetic film at three-wave interactions were considered. The model describing this system was constructed. The typical regimes of a generation, including generation of the chaotic microwave train were calculated with the help of the constructed model. The numerical simulations and experimental results had a good agreement.

CONTROL OF A CHAOTIC MICROWAVE SIGNAL GENERATION IN NONAUTONOMOUS RING SYSTEM BASED ON A FERROMAGNETIC FILM

Experimental investigation results of the nonautonomous active ring system based on a ferromagnetic film at three-wave interactions were considered. The possibility of system dynamics controlling by the external harmonic signal was shown. A comparison of experimental data with simulation results was done.