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Numerical Study on AC Loss Characteristics of HTS Coils With Various Cross Sections and Methods of AC Loss Reduction

机译:不同截面的高温超导线圈交流损耗特性的数值研究及降低交流损耗的方法

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AC loss characteristics of high temperature superconducting coils wound by Bi2223/Ag tape with various cross sections are numerically investigated. The numerical results show that the smaller coil aspect ratio, the smaller AC losses in the HTS coil. It was considered from the numerical results that the coil aspect ratio giving the minimum coil volume is the better shape judging from the many aspects such as the required length of tape, the stored energy, the central magnetic field and the critical current together with the AC loss. It was also shown by the numerical study that the optimal coil design giving the reduced AC loss can be done by employing the stepped cross section coil and the turn number graded coil.
机译:数值研究了Bi2223 / Ag胶带绕制不同截面的高温超导线圈的交流损耗特性。数值结果表明,线圈纵横比越小,高温超导线圈的交流损耗越小。从数值结果可以认为,从许多方面来看,给出最小线圈体积的线圈长宽比是更好的形状,例如磁带的所需长度,存储的能量,中心磁场和临界电流以及交流电。失利。数值研究还表明,可以通过采用阶梯形截面线圈和匝数渐变线圈来实现降低交流损耗的最佳线圈设计。

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