Geballe T H, Hulm J K
Science. 1988 Jan 22;239(4838):367-75. doi: 10.1126/science.239.4838.367.
The exploration of high transition temperature copper-oxide-based superconductors has proceeded vigorously and internationally during the first year following the initial publication of the work of Bednorz and Müller. Progress in understanding the physics that underlies the phenomena has been slowed by difficulties resulting from the delicate and complex crystal chemistry of the material. Reports of superconducting behavior well above 100 kelvin have not been confirmed to date, although there is some suggestive evidence. A survey of the present state of the science and the possibilities for electronic and electrical power technologies is given.
在贝德诺尔茨和米勒的研究成果首次发表后的第一年，国际上对高转变温度铜氧化物基超导体的探索蓬勃开展。由于该材料精细复杂的晶体化学特性带来的困难，在理解这些现象背后的物理原理方面进展缓慢。尽管有一些暗示性的证据，但迄今为止，高于100开尔文的超导行为报告尚未得到证实。本文对该科学领域的现状以及电子和电力技术的可能性进行了综述。
