Article
Design and production of niobium-titanium superconductors for superconducting magnets of accelerator detectors
М. V. Polikarpova
JSC VNIINM, Rogova, 5a, 123098 Moscow, Russia
Rusatom Metalltech, Rogova, 5a, 123098, Moscow, Russia
e-mail: MVPolikarpova@bochvar.ru
V. I. Pantsyrnyi
JSC VNIINM, Rogova, 5a, 123098 Moscow, Russia
Rusatom Metalltech, Rogova, 5a, 123098, Moscow, Russia
S. A. Kopylov
Rusatom Metalltech, Rogova, 5a, 123098, Moscow, Russia
A. A. Petrov
Rusatom Metalltech, Rogova, 5a, 123098, Moscow, Russia
I. N. Gubkin
JSC VNIINM, Rogova, 5a, 123098 Moscow, Russia
V. Yu. Korpusov
JSC VNIINM, Rogova, 5a, 123098 Moscow, Russia
A. V. Malchenkov
JSC VNIINM, Rogova, 5a, 123098 Moscow, Russia
S. A. Shevyakova
JSC VNIINM, Rogova, 5a, 123098 Moscow, Russia
Yu. V. Konovalov
JSC VNIINM, Rogova, 5a, 123098 Moscow, Russia
V. V.Guryev
Research Center “Кurchatov Institute”, Kurchatov Sq, 1, 123060, Moscow, Russia
А. V. Eseneev
JSC ChMP, Belova, 7, 427622, Glazov, Russia
D. A Perminov
JSC ChMP, Belova, 7, 427622, Glazov, Russia
V. V. Akkuzin
JSC ChMP, Belova, 7, 427622, Glazov, Russia
A. A. Martynov
JSC ChMP, Belova, 7, 427622, Glazov, Russia
Abstract
The general design principles and manufacturing process for superconducting composite multifilament wires based on a niobium-titanium alloy in a copper matrix are discussed in this article. The electromagnetic properties of the wire are determined by its design, the quality of the raw materials, and the thermomechanical manufacturing conditions. Design calculations for the wires are performed to ensure the target properties of two magnets intended for the creation of a superconducting magnetic system for the accelerator detectors.
Keywords: Niobium-titanium alloy; superconducting filaments; filling factor; design parameters, critical current; commercialization.
References
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