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首页> 外文期刊>Physica, B. Condensed Matter >The effect of gallium substitution for iron on the magnetic properties of hydronium iron jarosite
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The effect of gallium substitution for iron on the magnetic properties of hydronium iron jarosite

机译:镓替代铁对水合黄铁矿黄铁矿磁性的影响

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摘要

Gallium has been partially substituted for iron in the hydronium iron jarosite H_2O (centre dot) Fe_3(SO_4)_2(OH)_6, a material with a Kagome lattice of iron-oxygen octahedra, allowing the controlled introduction of non-magnetic defects in the magnetic lattice. The highly frustrated nature of the magnetic interactions is partially relaxed by the substitution, which unlocks spins and thus increases the magnetic susceptibility. The non-linear susceptibility is reported. Comparison of intentionally doped and "pure" jarosite prepared under different synthetic conditions indicates that the defect concentration and the magnetic properties are variable dependent on the synthetic method.
机译:镓已部分替代了水合黄铁矿H_2O(中心点)Fe_3(SO_4)_2(OH)_6中的铁,这是一种具有铁-氧八面体的Kagome晶格的材料,可以控制地引入非磁性缺陷。磁性晶格。磁性相互作用的高度挫败的性质通过取代而部分缓解,该取代解锁了自旋并因此增加了磁化率。报告了非线性磁化率。在不同的合成条件下制备的故意掺杂和“纯”黄钾铁矾的比较表明,缺陷浓度和磁性能取决于合成方法。

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