Abstract
Experimental results are presented which show the stabilization of the drift-dissipative instability in an afterglow plasma. Stabilization was achieved by means of an applied azimuthal rf magnetic field perpendicular to the main containing axial magnetic field or, alternatively, by an applied rf axial electric field parallel to the dc magnetic field. The results obtained at various applied frequencies are compared with a previous theory, and some points of agreement and disparity are noted.
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