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Development of a controlled bending application method for investigating Nb3Sn jacketed strands

机译:用于研究Nb3Sn夹套线的受控弯曲施加方法的开发

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摘要

In the framework of the International Thermonuclear Experimental Reactor (ITER) R&D programme part concerning the Nb3Sn cable-in-conduit conductor of the Toroidal Field coils, a dedicated programme of action was launched within the European Fusion Technology Programme, designed to improve the investigation of the impact of bending strain on recently developed industrially advanced Nb3Sn strands. In order to ensure that the ITER TF coils experience relevant mechanical conditions, the Nb3Sn strands were jacketed inside a 0.2 mm thick stainless steel tube, simulating the mechanical influence of the jacket on the cable strands.
机译:在国际热核实验堆(ITER)研究与开发计划部分的框架内,涉及环形场线圈的Nb3Sn导管内导体,在欧洲聚变技术计划内启动了一项专门的行动计划,旨在改善对核聚变的研究。弯曲应变对最近开发的工业先进Nb3Sn钢绞线的影响。为了确保ITER TF线圈经受相关的机械条件,将Nb3Sn股线套在0.2毫米厚的不锈钢管中,以模拟护套对电缆股线的机械影响。

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