Development of pre-conceptual ITER-type ICRF antenna design for DEMO

V. Bobkov; M. Usoltceva; H. Faugel; A. Kostic; R. Maggiora; D. Milanesio; V. Maquet; R. Ochoukov; W. Tierens; F. Zeus; W. Zhang

doi:10.1088/1741-4326/abe7d0

Development of pre-conceptual ITER-type ICRF antenna design for DEMO

V. Bobkov, M. Usoltceva, H. Faugel, A. Kostic, R. Maggiora, D. Milanesio, V. Maquet, R. Ochoukov, W. Tierens, F. Zeus, W. Zhang

Research output: Contribution to journal › Article › peer-review

16 Scopus citations

Abstract

ICRF antenna development for DEMO for the pre-conceptual phase is carried out by merging the existing knowledge about multi-strap ITER, JET and ASDEX upgrade antennas. Many aspects are taken over and adapted to DEMO, including the mechanical design and RF performance optimization strategies. The minimization of ICRF-specific plasma-wall interactions is aimed at by optimizing the feeding power balance, a technique already proven in practice. Technological limits elaborated for the components of ITER ICRF system serve as a guideline in the current design process. Several distinctive aspects, like antenna mounting, integration with the neighboring components or adaptation for neutron environment, are tackled individually for DEMO.

Original language	English
Article number	046039
Journal	Nuclear Fusion
Volume	61
Issue number	4
DOIs	https://doi.org/10.1088/1741-4326/abe7d0
State	Published - Apr 2021
Externally published	Yes

Keywords

DEMO
DEMO heating system
ICRF antenna
ICRF heating

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10.1088/1741-4326/abe7d0

Cite this

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title = "Development of pre-conceptual ITER-type ICRF antenna design for DEMO",

abstract = "ICRF antenna development for DEMO for the pre-conceptual phase is carried out by merging the existing knowledge about multi-strap ITER, JET and ASDEX upgrade antennas. Many aspects are taken over and adapted to DEMO, including the mechanical design and RF performance optimization strategies. The minimization of ICRF-specific plasma-wall interactions is aimed at by optimizing the feeding power balance, a technique already proven in practice. Technological limits elaborated for the components of ITER ICRF system serve as a guideline in the current design process. Several distinctive aspects, like antenna mounting, integration with the neighboring components or adaptation for neutron environment, are tackled individually for DEMO.",

keywords = "DEMO, DEMO heating system, ICRF antenna, ICRF heating",

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AU - Bobkov, V.

AU - Usoltceva, M.

AU - Faugel, H.

AU - Kostic, A.

AU - Maggiora, R.

AU - Milanesio, D.

AU - Maquet, V.

AU - Ochoukov, R.

AU - Tierens, W.

AU - Zeus, F.

AU - Zhang, W.

PY - 2021/4

Y1 - 2021/4

N2 - ICRF antenna development for DEMO for the pre-conceptual phase is carried out by merging the existing knowledge about multi-strap ITER, JET and ASDEX upgrade antennas. Many aspects are taken over and adapted to DEMO, including the mechanical design and RF performance optimization strategies. The minimization of ICRF-specific plasma-wall interactions is aimed at by optimizing the feeding power balance, a technique already proven in practice. Technological limits elaborated for the components of ITER ICRF system serve as a guideline in the current design process. Several distinctive aspects, like antenna mounting, integration with the neighboring components or adaptation for neutron environment, are tackled individually for DEMO.

AB - ICRF antenna development for DEMO for the pre-conceptual phase is carried out by merging the existing knowledge about multi-strap ITER, JET and ASDEX upgrade antennas. Many aspects are taken over and adapted to DEMO, including the mechanical design and RF performance optimization strategies. The minimization of ICRF-specific plasma-wall interactions is aimed at by optimizing the feeding power balance, a technique already proven in practice. Technological limits elaborated for the components of ITER ICRF system serve as a guideline in the current design process. Several distinctive aspects, like antenna mounting, integration with the neighboring components or adaptation for neutron environment, are tackled individually for DEMO.

KW - DEMO

KW - DEMO heating system

KW - ICRF antenna

KW - ICRF heating

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Development of pre-conceptual ITER-type ICRF antenna design for DEMO

Abstract

Keywords

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