论文标题
一些基于FESE的单晶和膜的电子和超导特性生长
Electronic and Superconducting Properties of Some FeSe-based Single Crystals and Films Grown Hydrothermally
论文作者
论文摘要
这里对我们最近对原型FESE和分子插入（LI，FE）OHFESE超导系统的研究进行了简要审查，重点是对单晶和膜中超导性和正常电子特性之间联系的实验观察。这些样品通过我们最近开发的软化水热方法成功合成，这也简要描述了。特别是在Mn掺杂的高-TC（LI，FE）OHFESE膜中，实现了超导临界电流密度的强烈增强，这对于实际应用超导性是有希望的。
Our recent year's studies of the prototypal FeSe and molecule-intercalated (Li,Fe)OHFeSe superconductor systems are briefly reviewed here, with emphasis on experimental observations of the link between the superconductivity and normal-state electronic property in the single crystals and films. These samples were successfully synthesized by our recently developed soft-chemical hydrothermal methods, which are also briefly described. Particularly in the Mn-doped high-Tc (Li,Fe)OHFeSe film, a strong enhancement of the superconducting critical current density was achieved, which is promising for practical application of the superconductivity.
