PRINCIPLES OF MATERIAL SELECTION, EVALUATION OF PERFORMANCE, DESIGN AND TECHNOLOGY OF INDUSTRIAL-PRODUCTION OF THE LOAD-CARRYING STRUCTURE OF ITER SUPERCONDUCTING MAGNETIC SYSTEM

PRINCIPLES OF MATERIAL SELECTION, EVALUATION OF PERFORMANCE, DESIGN AND TECHNOLOGY OF INDUSTRIAL-PRODUCTION OF THE LOAD-CARRYING STRUCTURE OF ITER SUPERCONDUCTING MAGNETIC SYSTEM

The paper gives analysis of existing materials for fabrication of superconducting magnetic systems. Estimation of weldability, performance of welded structures, adaptability of up to 450 mm thick plates for industrial manufacture is given. It is recommended for the "ITER" Project to use we...

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Veröffentlicht in:Cryogenics (Guildford) 1992-06, Vol.32, p.369-375
Hauptverfasser: YUSHCHENKO, KA, VORONIN, SA, MONKO, GG, MOKRENKO, AE, GLUKHIKH, VA, FILATOV, OG, YAKUBOVSKII, YV, SPIRCHENKO, YV, CHVARTATSKII, RV, SOBOLEV, YV
Format: Artikel
Sprache:eng
Schlagworte:
Physical Sciences
Physics
Physics, Applied
Science & Technology
Thermodynamics
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Zusammenfassung:The paper gives analysis of existing materials for fabrication of superconducting magnetic systems. Estimation of weldability, performance of welded structures, adaptability of up to 450 mm thick plates for industrial manufacture is given. It is recommended for the "ITER" Project to use weldable steel 03X20H1GAGAMMA6 steel having thickness 450 mm possesses the following properties at 4.2 K: UTS = 1650 MPa; YS = 1200 MPa, MPa, K1c = 250 MPa square-root m. The wide international cooperation is required for solving the problems arising in creation of SMS "TTER".
ISSN:0011-2275