Design Study of a 10-T REBCO Insert Solenoid

F. Borgnolutti; A. Badel; T. Benkel; X. Chaud; F. Debray; P. Fazilleau; T. Lecrevisse; P. Tixador

doi:10.1109/TASC.2016.2518810

Design Study of a 10-T REBCO Insert Solenoid

F. Borgnolutti, A. Badel, T. Benkel, X. Chaud, F. Debray, P. Fazilleau, T. Lecrevisse, P. Tixador

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

13 Citations (Scopus)

Abstract

As a first step to develop HTS insert technology, we plan to build a 10-T REBCO solenoid that will be tested at the French National High Magnetic Field Laboratory of Grenoble in France (LNCMI) at 4.2 K, in the aperture of a 20-T resistive magnet. Two winding approaches are being considered for the HTS insert, i.e., the no-insulation (NI) and metallic insulation (MI) winding technics. Both methods allow turn-to-turn bypassing current but differ in their turn-to-turn resistance value by three orders of magnitude. In this paper, we provide a comparative study between the two winding options using numerical simulations applied to a preliminary design of the insert, which features a cold bore diameter of 50 mm and is made of 15 double-pancake coils wound from a 6-mm REBCO tape.

Original language	English
Article number	7384727
Journal	IEEE Transactions on Applied Superconductivity
Volume	26
Issue number	4
DOIs	https://doi.org/10.1109/TASC.2016.2518810
Publication status	Published - 2016 Jun
Externally published	Yes

Keywords

HTS
High magnetic field
Insert solenoid
REBCO

ASJC Scopus subject areas

Electronic, Optical and Magnetic Materials
Condensed Matter Physics
Electrical and Electronic Engineering

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10.1109/TASC.2016.2518810

Cite this

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title = "Design Study of a 10-T REBCO Insert Solenoid",

abstract = "As a first step to develop HTS insert technology, we plan to build a 10-T REBCO solenoid that will be tested at the French National High Magnetic Field Laboratory of Grenoble in France (LNCMI) at 4.2 K, in the aperture of a 20-T resistive magnet. Two winding approaches are being considered for the HTS insert, i.e., the no-insulation (NI) and metallic insulation (MI) winding technics. Both methods allow turn-to-turn bypassing current but differ in their turn-to-turn resistance value by three orders of magnitude. In this paper, we provide a comparative study between the two winding options using numerical simulations applied to a preliminary design of the insert, which features a cold bore diameter of 50 mm and is made of 15 double-pancake coils wound from a 6-mm REBCO tape.",

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author = "F. Borgnolutti and A. Badel and T. Benkel and X. Chaud and F. Debray and P. Fazilleau and T. Lecrevisse and P. Tixador",

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AU - Borgnolutti, F.

AU - Badel, A.

AU - Benkel, T.

AU - Chaud, X.

AU - Debray, F.

AU - Fazilleau, P.

AU - Lecrevisse, T.

AU - Tixador, P.

PY - 2016/6

Y1 - 2016/6

N2 - As a first step to develop HTS insert technology, we plan to build a 10-T REBCO solenoid that will be tested at the French National High Magnetic Field Laboratory of Grenoble in France (LNCMI) at 4.2 K, in the aperture of a 20-T resistive magnet. Two winding approaches are being considered for the HTS insert, i.e., the no-insulation (NI) and metallic insulation (MI) winding technics. Both methods allow turn-to-turn bypassing current but differ in their turn-to-turn resistance value by three orders of magnitude. In this paper, we provide a comparative study between the two winding options using numerical simulations applied to a preliminary design of the insert, which features a cold bore diameter of 50 mm and is made of 15 double-pancake coils wound from a 6-mm REBCO tape.

AB - As a first step to develop HTS insert technology, we plan to build a 10-T REBCO solenoid that will be tested at the French National High Magnetic Field Laboratory of Grenoble in France (LNCMI) at 4.2 K, in the aperture of a 20-T resistive magnet. Two winding approaches are being considered for the HTS insert, i.e., the no-insulation (NI) and metallic insulation (MI) winding technics. Both methods allow turn-to-turn bypassing current but differ in their turn-to-turn resistance value by three orders of magnitude. In this paper, we provide a comparative study between the two winding options using numerical simulations applied to a preliminary design of the insert, which features a cold bore diameter of 50 mm and is made of 15 double-pancake coils wound from a 6-mm REBCO tape.

KW - HTS

KW - High magnetic field

KW - Insert solenoid

KW - REBCO

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Design Study of a 10-T REBCO Insert Solenoid

Abstract

Keywords

ASJC Scopus subject areas

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