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Crystal Structure and Electron Density Distribution of La_(1.9)Bi_(0.1)Mo_2O_(9-δ) Fast Oxide Ion Conductor

机译：LA_（1.9）BI_（0.1）MO_2O_（9-Δ）快速氧化物离子导体的晶体结构和电子密度分布

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Structural property of polycrystalline La_(1.9)Bi_(0.1)Mo_2O_(9-δ) has been investigated. Rietveld refinement at room temperature of the material suggests single phase nature with cubic symmetry (space group P2_13). The electron charge density contour map has been successfully obtained from Rietveld analysis. It has been found that oxygen ion migration is favourable for (210) plane than (63-1) and (110) planes.

机译：研究了多晶LA_（1.9）BI_（0.1）MO_2O_（9-δ）的结构特性。 RIETVELD细化在房间温度下，物质的温度表明单相性质，具有立方对称性（空间组P2_13）。电子电荷密度等高图已从Rietveld分析中成功获得。已经发现，氧离子迁移有利于（210）平面而不是（63-1）和（110）平面。

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《DAE Solid State Physics Symposium》|2015年||共2页
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作者
T. Paul; A. Ghosh;
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中图分类 TB9-53;
关键词
La_2Mo_2O_9; Structure; Electron density; Oxygen;

机译：La_2Mo_2O_9;结构;电子密度;氧;

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Crystal Structure and Electron Density Distribution of La_(1.9)Bi_(0.1)Mo_2O_(9-δ) Fast Oxide Ion Conductor

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