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首页> 外文期刊>Journal of the Physical Society of Japan >Anomalous Pressure Dependence of the Superconducting Transition Temperature in FeSe1-x Studied by DC Magnetic Measurements
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Anomalous Pressure Dependence of the Superconducting Transition Temperature in FeSe1-x Studied by DC Magnetic Measurements

机译:直流磁测量法研究FeSe1-x中超导转变温度的异常压力依赖性

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摘要

The pressure dependence of superconducting transition temperature T-c has been investigated through the DC magnetic measurements for FeSe0.8 and FeSe1.0. For both samples, with increasing pressure P, the T-c-P curve exhibits a two-step increase, showing a local maximum of similar to 11 K at P similar to 1.0 GPa and a rapid increase with an extremely large pressure coefficient for P > 1.5 GPa. T-c saturates at similar to 25 K (21 K) in FeSe1.0 (FeSe0.8) for P > 3GPa. A rapid decrease in superconducting volume fraction is observed with an increase in T-c above 1.5 GPa, suggesting the presence of electronic inhomogeneity.
机译:通过对FeSe0.8和FeSe1.0的直流磁测量,研究了超导转变温度T-c的压力依赖性。对于这两个样品,随着压力P的增加,T-c-P曲线呈现两步增加,在P处的局部最大值类似于11 K,与1.0 GPa相似,并且在P> 1.5 GPa的情况下,压力系数极大地迅速增加。对于P> 3GPa,T-c的饱和度类似于FeSe1.0(FeSe0.8)中的25 K(21 K)。随着T-c高于1.5 GPa的增加,超导体积分数迅速下降,这表明存在电子不均匀性。

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