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Microwave study of FeSe0.3Te0.7 thin film by TE011-mode sapphire dielectric resonator

By: Cherpak, N.T.; Shuyu Zhou; Yun Wu; Skresanov, V.N.; Xiyuan Wang; Barannik, A.A.; Yusheng He; Xueqiang Zhang; Lixin Cao;

2010 / IEEE / 978-1-4244-7899-6

Description

This item was taken from the IEEE Conference ' Microwave study of FeSe0.3Te0.7 thin film by TE011-mode sapphire dielectric resonator ' Just as CuO-plane is the basic building block of high-Tc cuprate superconductors, the FeAs-layer is the basic structure of the newly discovered FeAs-based superconducting pnictides 1. However, unlike the rigid CuO-plane in cuprates, partial substitution of Fe by Co or Ni, or As by P within the FeAs-layer can effectively induce superconductivity 234. In this sense, the discovery of superconductivity in binary FeSex (Tc<8 K) is of great interests, since it only contains the superconducting FeSe-layer which has identical structure as FeAs-layer, and the Se deficiency may cause the superconductivity 5.