Abstract
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.1 Translatable optics allow each array to independently focus on different portions of the KSTAR plasma, forming 20 (v) × 8 (h) = 128 channel images of Te profiles and fluctuations.
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