Development of plasma facing components at JAERI

M. Akiba; H. Takatsu; T. Kuroda; H. Hashizume; M. Araki; M. Dairaku; H. Ise; S. Suzuki; S. Tanaka; K. Yokoyama; M. Seki

doi:10.1016/0920-3796(91)90114-6

Development of plasma facing components at JAERI

M. Akiba, H. Takatsu, T. Kuroda, H. Hashizume, M. Araki, M. Dairaku, H. Ise, S. Suzuki, S. Tanaka, K. Yokoyama, M. Seki

ENG - Quantum Science and Energy Engineering

Japan Atomic Energy Agency

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

2 Citations (Scopus)

Abstract

The development and design of the divertor plate in JAERI are presented. Small divertor models are fabricated and tested in an electron beam heating facility in the JAERI. Typical heat load is 10 MW/m². The divertor models consist of CFC or isotropic graphite/Cu bonded structures. A twisted tape is inserted to enhance heat transfer. It is shown after 1000 thermal cycle tests that CFC-Cu bonded structures can endure against a stationary heat load of 10 MW/m². A prediction technique, which consists of three analytical steps, is developed to estimate deformation of the divertor plate and stress in the cooling tube. A maximum stress of 350 MPa is obtained for the CFC-Cu divertor plate. Displacement of the divertor plate reduces to ±2 mm with supporting structures.

Original language	English
Pages (from-to)	99-104
Number of pages	6
Journal	Fusion Engineering and Design
Volume	18
Issue number	C
DOIs	https://doi.org/10.1016/0920-3796(91)90114-6
Publication status	Published - 1991 Dec

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title = "Development of plasma facing components at JAERI",

abstract = "The development and design of the divertor plate in JAERI are presented. Small divertor models are fabricated and tested in an electron beam heating facility in the JAERI. Typical heat load is 10 MW/m2. The divertor models consist of CFC or isotropic graphite/Cu bonded structures. A twisted tape is inserted to enhance heat transfer. It is shown after 1000 thermal cycle tests that CFC-Cu bonded structures can endure against a stationary heat load of 10 MW/m2. A prediction technique, which consists of three analytical steps, is developed to estimate deformation of the divertor plate and stress in the cooling tube. A maximum stress of 350 MPa is obtained for the CFC-Cu divertor plate. Displacement of the divertor plate reduces to ±2 mm with supporting structures.",

author = "M. Akiba and H. Takatsu and T. Kuroda and H. Hashizume and M. Araki and M. Dairaku and H. Ise and S. Suzuki and S. Tanaka and K. Yokoyama and M. Seki",

year = "1991",

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TY - JOUR

T1 - Development of plasma facing components at JAERI

AU - Akiba, M.

AU - Takatsu, H.

AU - Kuroda, T.

AU - Hashizume, H.

AU - Araki, M.

AU - Dairaku, M.

AU - Ise, H.

AU - Suzuki, S.

AU - Tanaka, S.

AU - Yokoyama, K.

AU - Seki, M.

PY - 1991/12

Y1 - 1991/12

N2 - The development and design of the divertor plate in JAERI are presented. Small divertor models are fabricated and tested in an electron beam heating facility in the JAERI. Typical heat load is 10 MW/m2. The divertor models consist of CFC or isotropic graphite/Cu bonded structures. A twisted tape is inserted to enhance heat transfer. It is shown after 1000 thermal cycle tests that CFC-Cu bonded structures can endure against a stationary heat load of 10 MW/m2. A prediction technique, which consists of three analytical steps, is developed to estimate deformation of the divertor plate and stress in the cooling tube. A maximum stress of 350 MPa is obtained for the CFC-Cu divertor plate. Displacement of the divertor plate reduces to ±2 mm with supporting structures.

AB - The development and design of the divertor plate in JAERI are presented. Small divertor models are fabricated and tested in an electron beam heating facility in the JAERI. Typical heat load is 10 MW/m2. The divertor models consist of CFC or isotropic graphite/Cu bonded structures. A twisted tape is inserted to enhance heat transfer. It is shown after 1000 thermal cycle tests that CFC-Cu bonded structures can endure against a stationary heat load of 10 MW/m2. A prediction technique, which consists of three analytical steps, is developed to estimate deformation of the divertor plate and stress in the cooling tube. A maximum stress of 350 MPa is obtained for the CFC-Cu divertor plate. Displacement of the divertor plate reduces to ±2 mm with supporting structures.

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DO - 10.1016/0920-3796(91)90114-6

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SN - 0920-3796

VL - 18

SP - 99

EP - 104

JO - Fusion Engineering and Design

JF - Fusion Engineering and Design

IS - C

ER -

Development of plasma facing components at JAERI

Abstract

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