Engineering issues on the diagnostic port integration in ITER upper port 18

Engineering issues on the diagnostic port integration in ITER upper port 18

•Diagnostic port integration in the upper port 18 of ITER is presented in order to house the three diagnostic systems.•Issue on the neutron shielding in the upper port 18 is addressed and the shut-down dose rate in the interspace is summarized.•The maintenance strategy in the upper port 18 is descri...

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Published in:Fusion engineering and design Vol. 109-111; pp. 824 - 829
Main Authors: Pak, Sunil, Bertalot, Luciano, Cheon, Mun Seong, Giacomin, Thibaud, Heemskerk, Cock J.M., Koning, Jarich F., Lee, Hyeon Gon, Nemtcev, Grigorii, Ronden, Dennis M.S., Seon, Chang Rae, Udintsev, Victor, Yukhnov, Nikolay, Zvonkov, Alexander
Format: Journal Article
Language:English
Published: Elsevier B.V 01-11-2016
Subjects:
Diagnostics
ITER
Port integration
Upper port plug
Port integration
ITER
Upper port plug
Diagnostics
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Abstract •Diagnostic port integration in the upper port 18 of ITER is presented in order to house the three diagnostic systems.•Issue on the neutron shielding in the upper port 18 is addressed and the shut-down dose rate in the interspace is summarized.•The maintenance strategy in the upper port 18 is described. The upper port #18 (UP18) in ITER hosts three diagnostic systems: the neutron activation system, the Vacuum Ultra-Violet spectrometer system, and the vertical neutron camera. These diagnostics are integrated into three infrastructures in the port: the upper port plug, interspace support structure and port cell support structure. The port integration in UP18 is at the preliminary design stage and the current design of the infrastructure as well as the diagnostic integration is described here. The engineering issues related to neutron shielding and maintenance are addressed and the design approach is suggested.
AbstractList •Diagnostic port integration in the upper port 18 of ITER is presented in order to house the three diagnostic systems.•Issue on the neutron shielding in the upper port 18 is addressed and the shut-down dose rate in the interspace is summarized.•The maintenance strategy in the upper port 18 is described. The upper port #18 (UP18) in ITER hosts three diagnostic systems: the neutron activation system, the Vacuum Ultra-Violet spectrometer system, and the vertical neutron camera. These diagnostics are integrated into three infrastructures in the port: the upper port plug, interspace support structure and port cell support structure. The port integration in UP18 is at the preliminary design stage and the current design of the infrastructure as well as the diagnostic integration is described here. The engineering issues related to neutron shielding and maintenance are addressed and the design approach is suggested.
Author Giacomin, Thibaud
Yukhnov, Nikolay
Udintsev, Victor
Bertalot, Luciano
Nemtcev, Grigorii
Cheon, Mun Seong
Seon, Chang Rae
Pak, Sunil
Zvonkov, Alexander
Ronden, Dennis M.S.
Koning, Jarich F.
Heemskerk, Cock J.M.
Lee, Hyeon Gon
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Snippet •Diagnostic port integration in the upper port 18 of ITER is presented in order to house the three diagnostic systems.•Issue on the neutron shielding in the...
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ITER
Port integration
Upper port plug
Title Engineering issues on the diagnostic port integration in ITER upper port 18
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