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arXiv 1208.0071cond-mat.supr-con
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Z = 5.67(Ne = 2.33)族高温超导体的合理设计

Rational Design of High-Tc Superconductivity in the Z = 5.67 Family with Ne = 2.33

O. Paul Isikaku-Ironkwe

摘要:

根据周期表性质的“超导性的合理设计”的概念在早期的论文中提出(ArXiv:1204.0233)。我们还证明了Z=7.333,Ne=2.667的高Tc超导体,MgB_2是其中的一员。在这里,我们提出并表明,具有Z = 5.667和Ne=2.333的化合物将满足类似于Z = 7.333家族的高Tc超导性的条件。对于Z =5.667族的三元和四元体系,预测的Tcs将落在40 K-100 K范围内。我们给出了一些这样的可能的合理设计的高Tc超导材料的具体例子。

英文摘要:

The concepts of "Rational Design of Superconductivity" from Periodic Table properties were proposed in an earlier paper (ArXiv: 1204.0233). We had shown latter too that high-Tc superconductivity exists in the Z=7.333 family with Ne=2.667, of which MgB2 is a member. Here we propose and show that compounds with Z = 5.667 and Ne=2.333 will meet the conditions for high-Tc superconductivity similar to the Z = 7.333 family. The predicted Tcs for the ternary and quaternary systems of the Z =5.667 family would fall in the range 40K - 100K. We give material specific examples of some such possible rational designs of high-Tc superconductivity.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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