Abstract
Copper-to-superconductor ratio (Cu/Sc ratio) is an important design parameter for a conductor for a high-current-density magnet. In this paper its influence on stability is studied, focusing on the disturbance due to a conductor motion. It is pointed out that minimum quench energy (MQE) is not significantly dependent on the Cu/Sc ratio and that is it difficult to explain the experimental results on training characteristics of SSC conductors with CU/Sc ratio of 1.2 and 1.5 in terms of the dependence of MQE on the Cu/Sc ratio. In this paper, experimental results for SSC conductors are investigated by estimating the movable length of the conductor.
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