ITER lower port systems integration

Levesy, B.; Baker, D.; Boussier, B.; Bryan, S.; Cordier, J.J.; Dremel, M.; Dell’Orco, G.; Daly, Edward; Doshi, Bharat; Jeannoutot, Thomas; Friconneau, J.P.; Gliss, C.; Barbier, R. Le; Lachevre, F.; Loughlin, M.; Martín, A.; Martins, Jean-Pierre; Maruyama, S.; Palmer, J.; Reichle, R.; Utin, Yuri

doi:10.1016/j.fusengdes.2011.03.031

Cited by 3 publications

(2 citation statements)

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“…Toshiyuki MARUYAMA 1,2) , Sin-iti KITAZAWA 1) , Hiroaki OGAWA 1) and Kiyoshi ITAMI ITER diagnostic lower ports will be used to exchange divertor cassettes and install diagnostic systems. Invessel components of diagnostic lower port #02 (LP#02) will be mounted on a divertor cassette and a support structure, so-called a diagnostic rack, to be removed and reinstalled collectively.…”

Section: Preliminary Thermal Analysis Of Critical Components In Itermentioning

confidence: 99%

“…The diagnostic lower ports will be used to exchange divertor cassettes and install diagnostic systems via remote handling (RH) [1]. Some diagnostics will be assembled in the divertor cassettes, whereas others will be inserted in the lower ports after installation of the divertor cassettes to measure the plasmas from the bottom of the ITER vacuum vessel (VV).…”

Section: Introductionmentioning

confidence: 99%

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Preliminary Thermal Analysis of Critical Components in ITER Lower Port #02

Maruyama

Kitazawa

Ogawa

et al. 2016

Plasma and Fusion Research

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ITER diagnostic lower ports will be used to exchange divertor cassettes and install diagnostic systems. Invessel components of diagnostic lower port #02 (LP#02) will be mounted on a divertor cassette and a support structure, so-called a diagnostic rack, to be removed and reinstalled collectively. Japan Domestic Agency is responsible for procurements of an integration engineering of LP#02 and a divertor impurity monitor, a main tenant system in LP#02. This paper presents preliminary thermal analyses for two critical components in LP#02, the diagnostic rack and a mirror box on the divertor cassette, which will be exposed to the harsh thermal load from plasma. Realistic fabrication methods for cooling the diagnostic rack and a required cooling path layout of the mirror box on the divertor cassette have been assessed to implement the preliminary design from the viewpoint of thermal analysis.

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