共面多铁性材料中的自旋超流性
Spin Superfluidity in Coplanar Multiferroics
摘要：
讨论了超流凝聚体中的共面磁序多铁性，特别强调了凝聚体的相位梯度和外部电场的影响所产生的自旋超流。通过绘制类比的超导凝聚体，现象，如持续电流环，Little-Parks效应，磁通量子化，约瑟夫森通过自旋畴壁的影响，并在SQUID的几何形状的干涉行为进行了分析共面多铁性。
英文摘要：
Multiferroics with coplanar magnetic order are discussed in terms of a superfluid condensate, with special emphasis on spin supercurrents created by phase gradients of the condensate and the effect of external electric fields. By drawing the analogy to a superconducting condensate, phenomena such as persistent currents in rings, the Little-Parks effect, fluxoid quantization, the Josephson-like effect through spin domain walls, and interference behavior in a SQUID-like geometry are analyzed for coplanar multiferroics.
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