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SPECTROSCOPIC DIAGNOSTICS OF TURBULENT ELECTRIC FIELDS AND MIXTURES IN PLASMA OF Z-PINCH AND TOKAMAK

By Valentin Andreevich Rantsev-Kartinov

Abstract

The investigation is devoted to the development of the experimental methods for precise spectroscopic diagnostics of the turbulent electric fields and mixtures in the high-temperature plasma. The aim of the work is the precise spectroscopy of the direct Z-pinch and tokamak plasma for obtaining information about parameters of the turbulent processes, dependence of these parameters upon the discharge condition, polarized composition of the turbulent oscillations, their level and nature, and also obtaining information about spatial distribution of the mixtures over the filament radius depending on the MHD-activity. The numerical values of the CF- and HF-fields and spatial distribution of Ti (r) into T-10 have been obtained firstly, the method for determination of the localization field in the MHD-activity and its structure has been developedAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio

Topics: 20J - Plasma physics, gas discharges, PHYSICS
Year: 1996
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Provided by: OpenGrey Repository
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