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Quantitative correlation between the void morphology of niobium-tin wires and their irreversible critical current degradation upon mechanical loading

机译：铌锡线的空隙形态与机械负载时的不可逆临界电流降解的定量相关性

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C. Barth; B. Seeber; A. Rack; C. Calzolaio; Y. Zhai; D. Matera; C. Senatore;
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1. Quantitative correlation between the void morphology of niobium-tin wires and their irreversible critical current degradation upon mechanical loading [J] . C. Barth, B. Seeber, A. Rack, Scientific reports. . 2018,第1期

机译：铌-锡线的空隙形态与其在机械负载下不可逆的临界电流降解之间的定量关系
2. Reversible and irreversible effects of strain on the critical current density of a niobium-tin superconducting wire [J] . D. M. J. Taylor, S. A. Keys, D. P. Hampshire Cryogenics . 2002,第2期

机译：应变对铌锡超导线临界电流密度的可逆和不可逆影响
3. Strain induced irreversible critical current degradation in highly dense Bi-2212 round wire [J] . Bjoerstad R., Scheuerlein C., Rikel M. O., Superconductor Science & Technology . 2015,第6期

机译：高密度Bi-2212圆线中应变引起的不可逆临界电流退化
4. Critical temperature, upper critical field and critical current relationships in as-reacted and mechanically treated (pre-bent) Nb_3Sn wires with different architecture [C] . BADICA Petre, AWAJI Satoshi, NISHIJIMA Gen, 低温工学·超電導学会会议 . 2006

机译：具有不同架构的可靠和机械处理（预弯曲）NB_3SN电线中的临界温度，上部临界场和临界电流关系
5. Mechanical and Electrical Characterization of Critical Current Density in Round and Rectangular Reinforced Bi2Sr2CaCu 2O8+X Wires for High Field Magnet Applications [D] . Brown, Michael DeForest 2018

机译：用于强磁场的圆形和矩形增强Bi2Sr2CaCu 2O8 + X线中的临界电流密度的机械和电气特性
6. Quantitative correlation between the void morphology of niobium-tin wires and their irreversible critical current degradation upon mechanical loading [O] . C. Barth, B. Seeber, A. Rack, -1

机译：铌-锡线的空隙形态与其在机械负载下不可逆的临界电流降解之间的定量关系
7. Strain induced irreversible critical current degradation in highly dense Bi-2212 round wire [O] . R Bjoerstad, C Scheuerlein, M O Rikel, 2015

机译：应变在高密度的BI-2212圆线中引起不可逆转的临界电流降解

Quantitative correlation between the void morphology of niobium-tin wires and their irreversible critical current degradation upon mechanical loading

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