论文标题
（$ d_ {zx}+id_ {yz} $）的表面状态的破坏 - 表面粗糙度的浪潮超导体：应用于sr $ _2 $ ruo $ _4 $
Destruction of surface states of ($d_{zx}+id_{yz}$)-wave superconductor by surface roughness: application to Sr$_2$RuO$_4$
论文作者
论文摘要
（$ d_ {zx}+id_ {yz} $）的手性表面电流的脆弱性 - 波浪超导体，这是SR $ _2 $ ruo $ _4 $的潜在候选者，使用表面粗糙度，证明了准确的Eilenberger理论。比较（$ d_ {zx}+id_ {yz} $）的手性表面电流 - wave和（$ p_ {x}+ip_ {y} $） - 波配对，我们得出结论（$ d_ {zx}+id_ {yz {yz {yz} $ sc sc ye the the the（$ p），我们得出了（$ d_ {zx}+id_ vave sc $ the（$ d）的chiral电流。可以从奇数库珀对的轨道对称性来理解差异。我们的结果表明（$ d_ {zx}+id_ {yz} $） - 波场景可以解释sr $ _2 $ ruo $ _4 $实验中的无效自发磁化。
The fragility of the chiral surface current of ($d_{zx}+id_{yz}$)-wave superconductor, a potential candidate for Sr$_2$RuO$_4$, against surface roughness is demonstrated utilizing the quasiclassical Eilenberger theory. Comparing the chiral surface currents of ($d_{zx}+id_{yz}$)-wave and ($p_{x}+ip_{y}$)-wave pairings, we conclude the chiral current for ($d_{zx}+id_{yz}$)-wave SC is much more fragile than that for the ($p_x+ip_y$)-wave one. The difference can be understood in terms of the orbital symmetry of the odd-frequency Cooper pairs arising at the surface. Our results show the ($d_{zx}+id_{yz}$)-wave scenario can explain the null spontaneous magnetization in Sr$_2$RuO$_4$ experiments.
