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Influence of Copper Volume Fraction on Tensile Strain/Stress Tolerances of Critical Current in a Copper Plated DyBCO Coated Conductor

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Figure

Fig. 1An example of measured change in critical current Ic and tensilestress ·C with increasing applied tensile strain ¾C
Fig. 3Slope (S) values (open circles) of the specimens with VCu = 0,0.301, 0.427 and 0.546 measured from the stress­strain curves inFig
Fig. 5Graphical representation for determining the tolerant strain ¾C,t andtolerant stress ·C,t of critical current from measured Ic/Ic0-¾C and ·C-¾Crelations.
Fig. 6Normalized critical current Ic/Ic0-tensile strain ¾C relation asmeasured for specimens with VCu = (a) 0, (b) 0.301, (c) 0.427,(d) 0.546 and (e) 0.648
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