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Superconductivity in a magnetically ordered background

机译:磁性有序背景下的超导

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摘要

Borocarbide compounds with the formula RNi_2B_2C show interesting superconducting and magnetic properties and the coexistence of the two phenomena. BCS theory is extended to systems with underlying commensurate magnetic order. In the case of helical phases the technique may be extended to any Q-vector and there exists a well-defined limit for incommensurate values. The way magnetic order influences superconductivity depends crucially on the details of both the magnetic structure and the electron bands, but some qualitative criteria may be given. As an example, we give a brief analysis of the compound HoNi_2B_2C.
机译:分子式为RNi_2B_2C的碳硼化合物显示出令人感兴趣的超导和磁性能以及两种现象的共存。 BCS理论扩展到具有基本相称磁阶的系统。在螺旋相位的情况下,该技术可以扩展到任何Q矢量,并且存在对不适当值的明确定义的限制。磁序影响超导性的方式主要取决于磁结构和电子带的细节,但可以给出一些定性标准。例如,我们对化合物HoNi_2B_2C进行了简要分析。

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