Recent progress of the JT-60SA project

The JT-60SA Team

doi:10.1088/1741-4326/aa5d01

Recent progress of the JT-60SA project

The JT-60SA Team

National Institutes for Quantum and Radiological Science and Technology
Fusion for Energy
QST
CEA Saclay
National Institutes of Natural Sciences - National Institute for Fusion Science
CIEMAT Energy Department
Max Planck Institute for Plasma Physics
QST
CEA Grenoble
CEA
F4E
C.R.ENEA
CCFE
Aix-Marseille University - CNRS
Consorzio Rfx
IPP
Humanoid Technologies Lab (H2T)
EUROFusion
Istituto di Fisica del Plasma Piero Caldirola
Instituto Superior Técnico
F4E
CRPP
SCK-CEN
FOM
ENEA-CREATE
ITER
Wigner Research Centre for Physics
University of Tokyo
Nagoya University
Osaka University
Kyoto University
Tottori University
IPPLM
Kyushu University
Keio University
Fukui University of Technology
Tsukuba University
Japan Atomic Energy Agency
Tokyo Institute of Technology
Tohoku University
National Technical University of Athens
Forschungszentrum Jülich (FZJ)
Kyoto Institute of Technology
Hokkaido University
ERM
Shizuoka University
Helsinki University of Technology
National Institute of Technology, Gifu College
IAP
University of York

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

51 Scopus citations

Abstract

The JT-60SA project has been implemented for the purpose of an early realization of fusion energy. With a powerful and versatile NBI and ECRF system, a flexible plasma-shaping capability, and various kinds of in-vessel coils to suppress MHD instabilities, JT-60SA plays an essential role in addressing the key physics and engineering issues of ITER and DEMO. It aims to achieve the long sustainment of high integrated performance plasmas under the high β _N condition required in DEMO. The fabrication and installation of components and systems of JT-60SA procured by the EU and Japan are steadily progressing. The installation of toroidal field (TF) coils around the vacuum vessel started in December 2016. The commissioning of the cryogenic system and power supply system has been implemented in the Naka site, and JT-60SA will start operation in 2019. The JT-60SA research plan covers a wide area of issues in ITER and DEMO relevant operation regimes, and has been regularly updated on the basis of intensive discussion among European and Japanese researchers.

Original language	English
Article number	102002
Journal	Nuclear Fusion
Volume	57
Issue number	10
DOIs	https://doi.org/10.1088/1741-4326/aa5d01
State	Published - 15 Jun 2017
Externally published	Yes

Keywords

DEMO
ITER
JT-60SA
broader approach activities
high β
satellite tokamak programme
superconducting tokamak

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10.1088/1741-4326/aa5d01

Cite this

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title = "Recent progress of the JT-60SA project",

abstract = "The JT-60SA project has been implemented for the purpose of an early realization of fusion energy. With a powerful and versatile NBI and ECRF system, a flexible plasma-shaping capability, and various kinds of in-vessel coils to suppress MHD instabilities, JT-60SA plays an essential role in addressing the key physics and engineering issues of ITER and DEMO. It aims to achieve the long sustainment of high integrated performance plasmas under the high β N condition required in DEMO. The fabrication and installation of components and systems of JT-60SA procured by the EU and Japan are steadily progressing. The installation of toroidal field (TF) coils around the vacuum vessel started in December 2016. The commissioning of the cryogenic system and power supply system has been implemented in the Naka site, and JT-60SA will start operation in 2019. The JT-60SA research plan covers a wide area of issues in ITER and DEMO relevant operation regimes, and has been regularly updated on the basis of intensive discussion among European and Japanese researchers.",

keywords = "DEMO, ITER, JT-60SA, broader approach activities, high β, satellite tokamak programme, superconducting tokamak",

author = "\{The JT-60SA Team\} and H. Shirai and P. Barabaschi and Y. Kamada and Maksoud, \{W. Abdel\} and N. Aiba and T. Akiyama and J. Alonso and C. Angioni and T. Arai and H. Arakawa and F. Ardellier and Artaud, \{J. F.\} and N. Asakura and N. Ashikawa and P. Barabaschi and E. Barbato and G. Barrera and M. Baruzzo and O. Baulaigue and S. Beaufils and M. B{\'e}coulet and S. Benkadda and F. Benoit and P. Bettini and M. Beurskens and A. Bierwage and A. Boboc and L. Boccaccini and T. Bolzonella and F. Bonne and D. Borba and J. Botija and C. Bourdelle and G. Brolatti and A. Bruschi and J. Bucalossi and S. Cabrera-P{\'e}rez and A. Canton and A. Cardella and I. Carvalho and C. Challis and I. Chapman and S. Chiba and D. Ciazynski and F. Cismondi and S. Clement-Lorenzo and G. Coccoluto and V. Cocilovo and S. Coda and R. Neu",

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AU - Barabaschi, P.

AU - Kamada, Y.

AU - Maksoud, W. Abdel

AU - Aiba, N.

AU - Akiyama, T.

AU - Alonso, J.

AU - Angioni, C.

AU - Arai, T.

AU - Arakawa, H.

AU - Ardellier, F.

AU - Artaud, J. F.

AU - Asakura, N.

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AU - Baruzzo, M.

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AU - Beaufils, S.

AU - Bécoulet, M.

AU - Benkadda, S.

AU - Benoit, F.

AU - Bettini, P.

AU - Beurskens, M.

AU - Bierwage, A.

AU - Boboc, A.

AU - Boccaccini, L.

AU - Bolzonella, T.

AU - Bonne, F.

AU - Borba, D.

AU - Botija, J.

AU - Bourdelle, C.

AU - Brolatti, G.

AU - Bruschi, A.

AU - Bucalossi, J.

AU - Cabrera-Pérez, S.

AU - Canton, A.

AU - Cardella, A.

AU - Carvalho, I.

AU - Challis, C.

AU - Chapman, I.

AU - Chiba, S.

AU - Ciazynski, D.

AU - Cismondi, F.

AU - Clement-Lorenzo, S.

AU - Coccoluto, G.

AU - Cocilovo, V.

AU - Coda, S.

AU - Neu, R.

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AB - The JT-60SA project has been implemented for the purpose of an early realization of fusion energy. With a powerful and versatile NBI and ECRF system, a flexible plasma-shaping capability, and various kinds of in-vessel coils to suppress MHD instabilities, JT-60SA plays an essential role in addressing the key physics and engineering issues of ITER and DEMO. It aims to achieve the long sustainment of high integrated performance plasmas under the high β N condition required in DEMO. The fabrication and installation of components and systems of JT-60SA procured by the EU and Japan are steadily progressing. The installation of toroidal field (TF) coils around the vacuum vessel started in December 2016. The commissioning of the cryogenic system and power supply system has been implemented in the Naka site, and JT-60SA will start operation in 2019. The JT-60SA research plan covers a wide area of issues in ITER and DEMO relevant operation regimes, and has been regularly updated on the basis of intensive discussion among European and Japanese researchers.

KW - DEMO

KW - ITER

KW - JT-60SA

KW - broader approach activities

KW - high β

KW - satellite tokamak programme

KW - superconducting tokamak

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DO - 10.1088/1741-4326/aa5d01

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AN - SCOPUS:85028471866

SN - 0029-5515

VL - 57

JO - Nuclear Fusion

JF - Nuclear Fusion

IS - 10

M1 - 102002

ER -

Recent progress of the JT-60SA project

Abstract

Keywords

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