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首页> 外文期刊>International Journal of Quantum Chemistry >Structural difference between a superconducting sodium cobalt oxide and its related phase
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Structural difference between a superconducting sodium cobalt oxide and its related phase

机译:超导氧化钴钠及其相关相的结构差异

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Monolayer hydrate (MLH) NaxCoO2 (.) gamma'H2O was obtained from superconducting bilayer hydrate (BLH) NaxCoO2 (.) gammaH(2)O by partial extraction of H2O molecules between the CoO2 layers. Magnetization measurements indicated that electron densities in the CoO2 layer of the MLH phase remained unchanged after the water extraction. Nevertheless, superconductivity was completely suppressed in the MLH phase. This strongly suggests that the highly 2D nature in the BLH phase due to its thick insulating layers consisting of H2O molecules and Na+ ions plays an important role for inducing superconductivity. (C) 2003 Elsevier Inc. All rights reserved. [References: 19]
机译:单层水合物(MLH)NaxCoO2(。)gamma'H2O是通过在CoO2层之间部分萃取H2O分子从超导双层水合物(BLH)NaxCoO2(。)gammaH(2)O获得的。磁化测量表明,提取水后MLH相的CoO2层中的电子密度保持不变。但是,MLH相中的超导性被完全抑制了。这有力地表明,由于BLH相具有由H2O分子和Na +离子组成的厚绝缘层,因此在BLH相中具有高度2D性质,对诱导超导性起着重要作用。 (C)2003 Elsevier Inc.保留所有权利。 [参考:19]

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