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Improved in-field behaviour of uranium doped BiSCCO tapes by enhanced flux pinning

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posted on 2024-11-15, 10:33 authored by S Tonies, H W Weber, Yanhui Guo, Shi DouShi Dou, R Sawh, R Weinstein
Uranium doped BiSCCO 2223 tapes were irradiated by thermal neutrons. The resulting fission-induced defects improve flux pinning and shift the irreversibility line to higher fields. Significant enhancements of the transport critical current density as well as a reduction of the Jc-anisotropy are found for the irradiated samples. Furthermore, inter- and intragranular critical current densities were determined from the remanent magnetic moments by SQUID magnetometry.

History

Citation

This paper originally appeared as: Tonies, S, Weber, HW, Guo, YC et al, Improved in-field behaviour of uranium doped BiSCCO tapes by enhanced flux pinning, IEEE Transactions on Applied Superconductivity, March 2001, 11(1)3, 3904-3907. Copyright IEEE 2001.

Journal title

IEEE Transactions on Applied Superconductivity

Volume

11

Issue

1 III

Pagination

3904-3907

Language

English

RIS ID

6478

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