Determination of Atomic Short-Range Order Structure and Magnetic Properties of Spin-Glass Systems: Gold-Iron and Nickel-Manganese

这项研究探索了自旋的原子结构 眼镜系统地进行时效和变形处理， 应用于改变所选区域中的局部原子排列， 合金系统、金-铁、铜-锰和镍-锰。 磁性测量和相关的原子 结构，其源自X射线散射， 透射电子显微镜 比较了 所选择的合金系统，以澄清磁性行为。

This research explores the atomic structure of spin glasses. Aging and deformation treatments are systematically applied to vary the local atomic arrangements in the selected alloy systems, gold-iron, copper-manganese, and nickel-manganese. Magnetic properties are measured and correlated with atomic structure, which is derived from x-ray scattering and transmission electron microscopy. Comparisons are made between the selected alloy systems to clarify the magnetic behavior.