First Test Results With Compass Ecrh System

Collins, P.R.; Ainsworth, N.; Alcock, M.W.; Barnes, PD; Dellis, A. N.; Hoskins, AJ; Riviere, A.C.

doi:10.1016/b978-0-444-87369-9.50079-2

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Ecrf Heating Systems*1

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1990

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“…1.9 MW and a pulse duration of 0.5 s was used in experiments on DIII-D. H-mode operation proved to be possible. Several experiments have been or are being carried out in Europe at either the first or the second harmonic, or at both harmonics (TOSCA [61], CLEO [62], DITE [63], TFR [64] and Wendelstein VII-AS [65].…”

Section: Ecrf Heating Systems*mentioning

confidence: 99%

Magnetic confinement

Komarek¹,

Baker²,

Filatov³

et al. 1990

Nucl. Fusion

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The paper reviews the major engineering components of magnetic confinement devices, i.e. the magnet systems, the vacuum system, fuelling systems, components for heat removal and particle exhaust, and heating and current drive systems. Most technological developments have been achieved for tokamak systems, and the main focus is now on the ITER design actitivities. In addition, some information is given on stellarators and reversed field pinches. The field to be reviewed is very large so that it was not possible to give a comprehensive review. Reference is made to other review papers in the different areas and only specific examples are given for solutions representing the current state of technology.

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Section: Ecrf Heating Systems*mentioning

confidence: 99%