Influence of Wire Parameters on Critical Current Versus Strain Characteristics of Bronze Processed ${\hbox {Nb}}_{3}{\hbox {Sn}}$ Superconducting Wires
Citations
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Cites background from "Influence of Wire Parameters on Cri..."
...2 K and 12 T [50], [51], exhibit high current sharing temperatures, , but does not achieve stabilization after 10000 cycles to high Lorentz loads....
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53 citations
Cites background from "Influence of Wire Parameters on Cri..."
...2 K and 12 T on ITER barrel [20], exhibits much higher TCS (the best leg [solid green] stays above 6....
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22 citations
12 citations
Cites background or methods from "Influence of Wire Parameters on Cri..."
...2915307 Among these, the bronze-route method has been developed for many years in our group [2]....
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...nance magnet [1], fusion magnets [2], and accelerator magnets [3]....
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References
1,104 citations
"Influence of Wire Parameters on Cri..." refers background in this paper
...The pinning force density in Nb Sn wires can be described by the scaling relation [4]...
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149 citations
"Influence of Wire Parameters on Cri..." refers background in this paper
...The -value in multifilamentary superconducting wire is generally considered to originate from local critical current distribution arising from combination of the inhomogeneous cross-sectional area of filaments (extrinsic factor) and local flux pinning properties (intrinsic factor) [13], [14]....
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50 citations
"Influence of Wire Parameters on Cri..." refers methods in this paper
...7 shows the strain dependences of for GTSM-I measured at 12 T and 14 T, and calculated from the scaling model [8]....
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...The strain dependence of for GTSM-I was analysed by using a recent scaling formalism [8] that includes an upward curvature in for high compressive strains....
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...Strain dependence of critical current for GTSM-I measured at 12 T/14 T, and calculated from the model [8] using parameters in Table III....
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50 citations
48 citations
"Influence of Wire Parameters on Cri..." refers background in this paper
...The -value in multifilamentary superconducting wire is generally considered to originate from local critical current distribution arising from combination of the inhomogeneous cross-sectional area of filaments (extrinsic factor) and local flux pinning properties (intrinsic factor) [13], [14]....
[...]