...Cooper对后能量降低,在Fermi面附近形成了一个能消耗单电子激发的能量范围(能隙),我们称它为超导能隙(superconducting gap),各向同性的电——声互作用导致了各向同性的超导能隙,这一种配对对称性叫做S波配对对称性。
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This superconducting gap was found in nanowires with as few as four salt molecules, but not in nanowires that were only three molecules long.
这种超导缺口存在于最小只有四个镓盐分子的纳米金属线上有所体现,但只有三个镓盐的纳米金属线却没有这种特性。
This superconducting gap exists in the smallest molecules of only four nano-metal gallium reflected online but only three gallium salt nanowires without this feature.
这种超导缺口存在于最小只有四个镓盐分子的纳米金属线上有所体现,但只有三个镓盐的纳米金属线却没有这种特性。
This superconducting gap exists in the smallest molecules of only four nano-metal gallium reflected online, but only three gallium salt nanowires without this feature.
这种超导缺口存在于最小只有四个镓盐分子的纳米金属线上有所体现,但只有三个镓盐的纳米金属线却没有这种特性。
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