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Magnetization distribution in magnetic films studied with Larmor-encoding

机译:用拉莫尔编码研究磁性膜中的磁化分布

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摘要

Additional information about the magnetization distribution in magnetic films is obtained with a 3D-polarimetry set-up. A pilot experiment was performed with the neutron polarization aligned perpendicular to the surface of a Fe-film in a magnetic field parallel to its surface. The Larmor-precession in the magnetic field between two current sheets was used to adjust the neutron polarization perpendicular to the sample surface. This new polarization-magnetization configuration was probed with a Fe-film in specular and off-specular scattering. The off-specular scattering is created by the magnetic domain structure of the Fe-film in remanence. The results of specular and off-specular scattering are reproduced by calculations for the configuration of the incoming neutron polarization parallel to the sample surface and the magnetic field and for the configuration of the incoming neutron polarization perpendicular to the sample surface and the magnetic field.
机译:有关磁性膜中磁化分布的其他信息,可通过3D极化仪设置获得。在平行于铁膜表面的磁场中,垂直于铁膜表面排列的中子极化进行了中试实验。两个电流片之间的磁场中的拉莫尔旋进用来调整垂直于样品表面的中子极化。这种新的极化磁化配置在镜面和镜面外散射中用铁膜探测。镜面外散射是由剩余的Fe膜的磁畴结构产生的。通过计算平行于样品表面和磁场的入射中子极化构型以及垂直于样品表面和磁场的入射中子极化构型,可以得出镜面反射和镜外散射的结果。

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