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In a cylindrical cold rf plasma, a variety of drifts and other sorts of waves are usually observed; when a turbulence is created, the state becomes chaotic and then the plasma turns out to be more unstable. In the present work, an external signal is enforced on the plasma's waves (or turbulence), which strongly affects the physical magnitudes of the plasma instabilities. The final result is that plasma stabilization occurs when plasma waves are synchronized with the external signal. Moreover,doi:10.1142/9789814350341_0050 fatcat:esbh6q5csrgodozb54zxm3v3te