MuSR studies of RE(O,F)FeAs (RE = La, Nd, Ce) and LaOFeP systems: possible incommensurate/stripe magnetism and superfluid density

J.P. Carlo , Y.J. Uemura , T. Goko , G.J. MacDougall , J.A. Rodriguez , W. Yu , G.M. Luke , Pengcheng Dai

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N. Shannon S. Miyasaka S. Suzuki S. Tajima G.F. Chen W.Z. Hu J.L. Luo N.L. Wang

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classification ❄️ cond-mat.supr-con cond-mat.str-el

keywords feasmagnetismdensityincommensuratelaofepmusrpossiblestripe

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Muon spin relaxation (MuSR) measurements in iron oxy-pnictide systems have revealed: (1) commensurate long-range order in undoped LaOFeAs; (2) Bessel function line shape in La(O0.97F0.03)FeAs which indicates possible incommensurate or stripe magnetism; (3) anomalous weak magnetism existing in superconducting LaOFeP, Ce(O0.84F0.16)FeAs, and Nd(O0.88F0.12)FeAs but absent in superconducting La(O0.92F0.08)FeAs; and (4) scaling of superfluid density and Tc in the Ce, La, and Nd-FeAs superconductors following a nearly linear relationship found in cuprates.

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MuSR studies of RE(O,F)FeAs (RE = La, Nd, Ce) and LaOFeP systems: possible incommensurate/stripe magnetism and superfluid density

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