Electron energy loss spectroscopy is used to extract information on the topological arraangement of atoms around Pd in the bulk-glass-forming Pd sub 60Ni sub 20P sub 20. It is found that the environment around Pd in the glass is only a slight modification of the Pd crystalline structure. However, the modification is enough to allow this alloy to form a glass in bulk. In examining the differences between the structure of crystalline Pd and glassy Pd sub 60Ni sub 20P sub 20 it is concluded that incorporation of Ni and P into the structure frustrates the sturcture enugh that glass formatioin becomes easy.
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机译：电子能量损失谱用于提取有关形成块状玻璃的Pd sub 60Ni sub 20P sub 20中Pd周围原子的拓扑排列信息，发现玻璃中Pd周围的环境只是对Pd周围环境的轻微修改。钯晶体结构。但是，这种改性足以使这种合金形成大量的玻璃。在检查晶体Pd和玻璃态Pd sub 60Ni sub 20P sub 20之间的结构差异时，得出的结论是，将Ni和P掺入结构中会挫败玻璃形成变得容易的结构。
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