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MULTIFILAMENTARY NBTI WITH ARTIFICIAL PINNING CENTERS: THE EFFECT OF ALLOY, PIN MATERIAL, AND GEOMETRY ON THE SUPERCONDUCTING PROPERTIES

机译：具有人工钉钉中心的多功能NBTI：合金，销材料和几何形状对超导性能的影响

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L. R. Motowidlo; B. A. Zeitlin; M. S. Walker; P. Haldar; J. D. Mccambridge; N. D. Rizzo; X. S. Ling; D. E. Prober;
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专利

1. Multifilamentary NbTi with artificial pinning centers: the effect of alloy, pin material, and geometry on the superconducting properties [J] . Motowidlo L.R., Zeitlin B.A. IEEE Transactions on Applied Superconductivity . 1993,第1期

机译：具有人工钉扎中心的多丝NbTi：合金，销钉材料和几何形状对超导性能的影响
2. Flux pinning characteristics in ultrafine multifilamentary NbTi superconductors with different artificial pin materials [J] . Miura O., Zhu Y. IEEE Transactions on Applied Superconductivity . 1999,第2期

机译：不同人造针材料的超细多丝NbTi超导体的磁通钉扎特性
3. Enhanced critical current density in multifilamentary NbTi/Cu superconductors with highly aligned artificial pinning center [J] . Liu XH, Sulpice A, Mossang E, Physica, C. Superconductivity and its applications . 2004,第Pta2期

机译：具有高度对准的人工钉扎中心的多丝NbTi / Cu超导体的临界电流密度提高
4. Effects of Artificial Pin Materials and Volume Fractions on the Flux Pinning in Ultrafine Multifilamentary NbTi Superconductors [C] . Osuke Miura, Takahiro Okubo, Yun Zhu, International conference on magnet technology;MT-15 . 1998

机译：人工引脚材料和体积分数对超细复丝NbTi超导体通量固定的影响
5. Ferromagnetic artificial pinning centers in superconducting niobium-titanium wires. [D] . Rizzo, Nicholas David. 1997

机译：铁磁人工钉扎中心位于超导铌钛导线中。
6. Microstructure and superconducting properties of high-rate PLD-derived GdBa2Cu3O7−δ coated conductors with BaSnO3 and BaZrO3 pinning centers [O] . Alexey V. Ovcharov, Pavel N. Degtyarenko, Vsevolod N. Chepikov, -1

机译：BaSnO3和BaZrO3钉扎中心的高速率PLD衍生GdBa2Cu3O7-δ涂层导体的微结构和超导性能
7. Development of an AC High-Field Superconducting Magnet Using Ultrafine Multifilamentary NbTi Superconducting Wires Having the Designed Nb Artificial Pins. [O] . Ohsuke MIURA, Itaru INOUE, Takuya SUZUKI, 1994

机译：使用具有设计的NB人造销的超细多丝NBTI超导导线进行AC高场超导磁体的研制。

MULTIFILAMENTARY NBTI WITH ARTIFICIAL PINNING CENTERS: THE EFFECT OF ALLOY, PIN MATERIAL, AND GEOMETRY ON THE SUPERCONDUCTING PROPERTIES

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