摘要
Conductor qualification will be carried out with four Cable-in-Conduit Conductor （CICC） samples made of superconducting strands. The direct current （DC） performance of these samples will be tested in the SULTAN facility. The critical current densities of the strands can be well simulated by empirical equations. In this paper, a model is illustrated to predict the DC behaviour of the cable in light of the single strand＇s experimental properties. The simulation results were compared with experimental results.
Conductor qualification will be carried out with four Cable-in-Conduit Conductor （CICC） samples made of superconducting strands. The direct current （DC） performance of these samples will be tested in the SULTAN facility. The critical current densities of the strands can be well simulated by empirical equations. In this paper, a model is illustrated to predict the DC behaviour of the cable in light of the single strand＇s experimental properties. The simulation results were compared with experimental results.
基金
supported by the National Basic Research Program of China (No.151J00035602)
