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Summary form only given. Recently there has been interest in the properties of dusty negative ion plasmas, including dust charging and collective behavior. Electronegative dusty plasmas are of interest from the perspective of both basic physics and applications. Because the addition of negative ions to a dusty plasma can change the dust charge state, and add new sources of free energy such as ion...
Summary form only given. Dust in fusion devices has been identified as having a potentially large impact on tokamak performance and operation safety. In this work transport of carbon dust particles in fusion devices is studied using the DUST transport (DUSTT) code. The code simulates 3D trajectories of dust particles in realistic geometry and plasma conditions of tokamaks taking into account dust...
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