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首页> 外文期刊>Solid state ionics >The role of Al and Li concentration on the formation of cubic garnet solid electrolyte of nominal composition Li _7La _3Zr _2O _(12)
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The role of Al and Li concentration on the formation of cubic garnet solid electrolyte of nominal composition Li _7La _3Zr _2O _(12)

机译:Al和Li浓度对标称组成Li _7La _3Zr _2O _(12)的立方石榴石固体电解质形成的作用

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摘要

The effect of Al and Li concentration on the formation of cubic garnet of nominal composition Li _7La _3Zr _2O _(12) was investigated. It was determined that at least 0.204 moles of Al is required to stabilize the cubic phase. It was observed for the cubic phase (stabilized by the addition of Al) that as Li content was increased from 6 to 7 moles it transformed to a tetragonal phase. Additionally, powders of cubic Li _(6.24)La _3Zr _2Al _(0.24)O _(11.98) were hot-pressed at 1000 °C and 40 MPa. The hot-pressed material had a relative density of 98%. The room temperature total ionic conductivity of the hot-pressed material was 4.0 × 10 ~(- 4) S/cm and the electronic conductivity was 2 × 10 ~(- 8) S/cm.
机译:研究了Al和Li浓度对标称组成Li _7La _3Zr _2O _(12)的立方石榴石形成的影响。已经确定至少需要0.204摩尔的Al来稳定立方相。对于立方相(通过添加Al稳定)观察到,随着Li含量从6摩尔增加至7摩尔,其转变为四方相。另外,将立方Li _(6.24)La _3Zr _2Al _(0.24)O _(11.98)的粉末在1000°C和40 MPa下热压。热压材料的相对密度为98%。热压材料的室温总离子传导率为4.0×10〜(-4)S / cm,电子传导率为2×10〜(-8)S / cm。

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