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Quantum Beam Science, Volume 7, Issue 4
2023 December - 8 articles
Cover Story: These figures depict cross-sections of practical MgB2 superconducting wires. All practical superconducting wires are essentially composite materials. Superconducting filaments made of intermetallic compounds facilitate current transport but necessitate a barrier layer and a current-stabilizing metal around the filament, forming a geometric pattern. In the case of NbTi, a metallic superconductor commonly used in MRI applications, its degradation under tension or compression is nearly negligible. However, both Nb3Sn and MgB2 exhibit issues with the degradation of their properties under stress. The extent of strain or stress a filament can endure can be assessed through X-ray or neutron diffraction in transmission under tensile load. View this paper
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Quantum Beam Sci. - ISSN 2412-382X