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玻璃的原子结构。系统地应用时效和形变处理来改变所选合金系统中的局部原子排列，如金-铁、铜-锰和镍-锰。测量了磁性，并与原子结构进行了关联，这是由X射线散射和透射电子显微镜得出的。对所选择的合金系统进行了比较，以阐明其磁性行为。

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.