Abstract
Study results on the Next European Torus, NET, specify a 12.5 T magnetic field incorporating a forced supercritical helium cooling system. Wind-react technology is to be applied with a 117 strand, 40 kA CIC (cable-in-conductor) to be developed in three phases: the industrial fabrication of 800 meter lengths of a reduced section (6 kA) to be used in the construction of a 12 T coil; the development of 20 m length 40 kA prototypes; the fabrication of a few kilometers of full sized sections to be tested on the TOSCA Upgraded Facility. This paper describes the key design and material characteristics of the conductor and reports on the results of thermohydraulic and mechanical strength (using finite element method) analyses performed on the proposed Nb/sub 3/Sn-based superconducting magnet.
Citation Formats
Della Corte, A, Di Ferdinando, E, Di Pietro, E, Pasotti, G, Sacchetti, N, and Spadoni, M.
NET Nb/sub 3/Sn superconducting magnet; Magnete superconduttore in Nb/sub 3/Sn da 12 T, 6 kA per il programma sulla fusione: Analisi, stabilita`, considerazioni termoidrauliche e distribuzione degli sforzi meccanici.
Italy: N. p.,
1991.
Web.
Della Corte, A, Di Ferdinando, E, Di Pietro, E, Pasotti, G, Sacchetti, N, & Spadoni, M.
NET Nb/sub 3/Sn superconducting magnet; Magnete superconduttore in Nb/sub 3/Sn da 12 T, 6 kA per il programma sulla fusione: Analisi, stabilita`, considerazioni termoidrauliche e distribuzione degli sforzi meccanici.
Italy.
Della Corte, A, Di Ferdinando, E, Di Pietro, E, Pasotti, G, Sacchetti, N, and Spadoni, M.
1991.
"NET Nb/sub 3/Sn superconducting magnet; Magnete superconduttore in Nb/sub 3/Sn da 12 T, 6 kA per il programma sulla fusione: Analisi, stabilita`, considerazioni termoidrauliche e distribuzione degli sforzi meccanici."
Italy.
@misc{etde_10121908,
title = {NET Nb/sub 3/Sn superconducting magnet; Magnete superconduttore in Nb/sub 3/Sn da 12 T, 6 kA per il programma sulla fusione: Analisi, stabilita`, considerazioni termoidrauliche e distribuzione degli sforzi meccanici}
author = {Della Corte, A, Di Ferdinando, E, Di Pietro, E, Pasotti, G, Sacchetti, N, and Spadoni, M}
abstractNote = {Study results on the Next European Torus, NET, specify a 12.5 T magnetic field incorporating a forced supercritical helium cooling system. Wind-react technology is to be applied with a 117 strand, 40 kA CIC (cable-in-conductor) to be developed in three phases: the industrial fabrication of 800 meter lengths of a reduced section (6 kA) to be used in the construction of a 12 T coil; the development of 20 m length 40 kA prototypes; the fabrication of a few kilometers of full sized sections to be tested on the TOSCA Upgraded Facility. This paper describes the key design and material characteristics of the conductor and reports on the results of thermohydraulic and mechanical strength (using finite element method) analyses performed on the proposed Nb/sub 3/Sn-based superconducting magnet.}
place = {Italy}
year = {1991}
month = {Jun}
}
title = {NET Nb/sub 3/Sn superconducting magnet; Magnete superconduttore in Nb/sub 3/Sn da 12 T, 6 kA per il programma sulla fusione: Analisi, stabilita`, considerazioni termoidrauliche e distribuzione degli sforzi meccanici}
author = {Della Corte, A, Di Ferdinando, E, Di Pietro, E, Pasotti, G, Sacchetti, N, and Spadoni, M}
abstractNote = {Study results on the Next European Torus, NET, specify a 12.5 T magnetic field incorporating a forced supercritical helium cooling system. Wind-react technology is to be applied with a 117 strand, 40 kA CIC (cable-in-conductor) to be developed in three phases: the industrial fabrication of 800 meter lengths of a reduced section (6 kA) to be used in the construction of a 12 T coil; the development of 20 m length 40 kA prototypes; the fabrication of a few kilometers of full sized sections to be tested on the TOSCA Upgraded Facility. This paper describes the key design and material characteristics of the conductor and reports on the results of thermohydraulic and mechanical strength (using finite element method) analyses performed on the proposed Nb/sub 3/Sn-based superconducting magnet.}
place = {Italy}
year = {1991}
month = {Jun}
}