In this paper, the effect of magnetic impurities and non-magnetic impurities on the structure phase transition of the high-Tc superconductors is stuolied The results obtaioned are in qualitatively agreement with the experiments.
本文研究了磁性和非磁性杂质对高Tc超导体结构相变温度的影响,结果和已有的实验定性符合。
Element-Replacing Effect is the key path for the research of the changes of high-temperature oxide superconductors, and in the-interactions between/among macromattersIt is also a key means to obtain high-temperature superconductive oxdies.
元素替代效应是研究高TC氧化物超导体的电子结构、晶体结构变化及宏观物性间相互关联、相互制约的重要途径,是获得高TC超导氧化物的重要手段。
Doping effects of high-Tc superconductor for copper oxides;
铜氧化物高温超导体的元素掺杂效应
Development and research orientation of high temperature superconductor;
高温超导体的发展现状及研究方向
General characteristics of crystal structures of high temperature superconductors are introduced.
阐述了铜氧化物高温超导体的晶体结构 ,指出导电区、蓄电区的划分和电子相图是铜氧化物高温超导体重要的共性特征 。
To analyze the flux pinning in high temperature superconductors (HTS) more accurately at high temperature such as 77K, an improved method based on Dew Hughes model has been developed.
为了更准确地分析高温超导体在高温如液氮温区的磁通钉扎机制 ,基于Dew Hughes模型 ,对传统的钉扎力标度方法进行了改进 ,发展了钉扎力密度的多源分析方法 。
We study experimentally and numerically the measurement of criticul current for high temperature superconductors.
本文报道高温超导体临界电流测量若干问题的研究。
A brief introduction to the development of flux dynamics and the vortex phase diagram of high temperature superconductors over the past decade is presented.
文章简要介绍了高温超导体磁通动力学和混合态物理在过去十余年的发展。