从键价的概念出发，对氧化物超导体中铜离子的有效电荷进行了计算。
Effective valences of copper in superconducting oxides were calculated from the concept of bond valence.
本文以近年来有关实验为背景对高温氧化物超导体的超导机制问题作了鸟瞰。
The article makes an overview of the Superconductive mechanism of the high temperature oxide superconductor on the background of the relevant experiments made in recent years.
判据指出，一切氧化物超导体的原子价层轨道平均能的平均值都在- 12。
The criterion shows that the average values of average energy of valence orbits of atom of all the oxide superconductors concentrate in a narrow range from -12.
该研究结果为铜氧化物超导体的应用和机理研究提供了相应的正电子实验资料。
These experimental results give the corresponding positron experiment data for the application of cuprate superconductors and study of the mechanism.
将超导弦孤子模型的层间耦合作用作为提高多层氧化物超导体临界温度的一种模写，结果表明。
The interlayer coupling of superconducting string soliton model ACTS as a description of critical temperature enhancement in multilayer oxide superconductors.
特别是1986年发现了高温氧化物超导体以后，在凝聚态物理学界掀起了研究高温超导的热潮。
Especially, since the discovery of high critical temperature cooper oxide superconductors in 1986, superconductivity research reached a high level.
为了解铜氧化物高温超导体的正常态输运特性对其超导电性的影响，我们对不同温度烧结样品正常态电阻率和超导电性之关联进行了系统的研究。
In order to know the influence of the superconductivity by normal properties of the cuprate superconductor, the relationship between the normal resistivity and the superconductivity was studied.
为了解铜氧化物高温超导体的正常态输运特性对其超导电性的影响，我们对不同温度烧结样品正常态电阻率和超导电性之关联进行了系统的研究。
In order to know the influence of the superconductivity by normal properties of the cuprate superconductor, the relationship between the normal resistivity and the superconductivity was studied.
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