然而这些介质中的磁性激发和声子一样是能够与入射光发生作用，造成非弹性散射的。
However the magnetic excitations in these materials, like phonon, will likely couple with incident photons and hence an inelastic light scattering process can occur.
文章作者提出了一种使用双势垒磁性隧道结来研究纳米尺度结构中弹道区域的自旋翻转散射效应的新方法。
We have developed a method that uses a magnetic double barrier tunnel junction to study spin flip scattering in nanometer sized spacer layers near the ballistic limit.
磁性材料，由于多数是可见光不透明的，长期以来与光散射研究似乎无关。
Magnetic materials, most of them being opaque to visible light, seemed to be irrelative to the light scattering for a long time.
得到的主要结果有两个：（1）在研究非磁性杂质散射效应时，建立了关于非磁性杂质散射的费曼图规则。
Our results are as follows:(1) The Feymann rules are obtained for the effects of nonmagnetic impurity scattering in theDDW state.
得到的主要结果有两个：（1）在研究非磁性杂质散射效应时，建立了关于非磁性杂质散射的费曼图规则。
Our results are as follows:(1) The Feymann rules are obtained for the effects of nonmagnetic impurity scattering in theDDW state.
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