A comprehensive research of the antiferromagnetic （AFM） structures of perovskite-type EuZrO3 is carried out by use of the double-time Green＇s function. Two possible types of AFM configurations are considered, and t...A comprehensive research of the antiferromagnetic （AFM） structures of perovskite-type EuZrO3 is carried out by use of the double-time Green＇s function. Two possible types of AFM configurations are considered, and theoretical results are compared with experimental results to extract the values of parameters J1, J2, and D. The obtained exchanges are employed to calculate the magnetic susceptibility, which is then in turn compared with the experimental one. Therefore, we think that the magnetic structure of EuZrO3 may be an isotropic G-type structure or an anisotropic A-type structure.展开更多
基金Project supported by the National Natural Science Foundation of China(Grant Nos.11404046,11347217,and 61201119)the Basic Research Foundation of Chongqing Education Committee,China(Grant No.KJ130615)the Chongqing Science&Technology Committee,China(Grant Nos.cstc2014jcyj A50013and cstc2013jj B50001)
文摘A comprehensive research of the antiferromagnetic （AFM） structures of perovskite-type EuZrO3 is carried out by use of the double-time Green＇s function. Two possible types of AFM configurations are considered, and theoretical results are compared with experimental results to extract the values of parameters J1, J2, and D. The obtained exchanges are employed to calculate the magnetic susceptibility, which is then in turn compared with the experimental one. Therefore, we think that the magnetic structure of EuZrO3 may be an isotropic G-type structure or an anisotropic A-type structure.
