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Summary form only given. An innovative, four array electron cyclotron emission (ECE) imaging (ECEI) system is under development for use on the KSTAR tokamak. ECEI is a passive radiometric imaging diagnostic technique in which broadband ECE radiation is collected by a 1-D imaging array to generate 2-D localized, time-resolved electron temperature Te images. Translatable optics allow each array to independently...
Summary form only given. A general overview of Mo planar wire array implosions (single, double, and triple) from the past three years on the 1 MA, 100 ns UNR Zebra generator is presented. Mo planar wire arrays on Zebra have radiated high peak powers and yields (up to 1 TW and 24 kJ) as well as produced high-temperature L-shell plasmas (up to 1.4 keV), indicating the importance in connection with inertial...
Summary form only given. The Sphinx machine (F. Lassalle et al., 2008) is a 6 MA, 1 ?s driver based on the LTD technology, used for Z-pinch experiments. Despite the long implosion time (600 to 900 ns), Sphinx wire arrays with large radius (>40 mm) have already shown to behave and to be controlled by the same physical processes as faster Z-pinches. The use of a multi-microsecond current prepulse...
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