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Distinct itinerant spin-density waves and local-moment antiferromagnetism in an intermetallic ErPd2Si2 single crystal Journal article
Scientific reports, 2015,Page: 7968-1-7968-7
Authors:  Li, H.-F.;  Cao, C. D.;  Wildes, A.;  Schmidt, W.;  Schmalzl, K.;  Hou, B. Y.;  Regnault, L.-P.;  Zhang, C.;  Meuffels, P.;  Löser, W.;  Roth, G.
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Itinerant spin-density waves  local-moment antiferromagnetism  ErPd2Si2 single crystal  
Revealing the secrets of magnetic order in the new model compound SrTb2O4 by polarized and Report
, 2014
Authors:  Li, H.-F.;  Schmalzl, K.;  Schmidt, W.;  Roth, G.;  Zhang, C.;  Senyshyn, A.;  Boehm, M.;  Wildes, A.;  Ressouche, E.;  Hou, B.;  Meuffels, P.;  Brueckel, Th.
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Magnetic Order  Srtb2o4  Neutron Scattering  
Incommensurate antiferromagnetic order in the manifoldly-frustrated SrTb2O4 with transition temperature up to 4.28 K Journal article
Frontiers in Physics, 2014,Page: 42-1-42-10
Authors:  Li, H.-F.;  Zhang, C.;  Senyshyn, A.;  Wildes, A.;  Schmalzl, K.;  Schmidt, W. G.;  Boehm, M;  Ressouche, E.;  Hou, B. Y.;  Meuffels, P.;  Roth, G.;  Brückel, Th.
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Antiferromagnetic order  manifoldly-frustrated SrTb2O4  
Incommensurate antiferromagnetic order in the manifoldly-frustrated SrTb 2 O 4 with transition temperature up to 4.28 K Journal article
Frontiers in Physics, 2014,Volume: 2,Page: 1-10
Authors:  Li H.-F.;  Zhang C.;  Senyshyn A.;  Wildes A.;  Schmalzl K.;  Schmidt W.;  Boehm M.;  Ressouche E.;  Hou B.;  Meuffels P.;  Roth G.;  Bruckel T.
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Antiferromagnetism  Highest transition temperature  New frustrated compound  Octahedral distortion  Single crystal  Single-ion anisotropy  
Magnetic anisotropic energy gap and low-energy spin wave excitation in the antiferromagnetic block phase of K 2 Fe 4 Se 5 Journal article
Physical Review B - Condensed Matter and Materials Physics, 2013,Volume: 87,Issue: 14
Authors:  Xiao Y.;  Nandi S.;  Su Y.;  Price S.;  Li H.-F.;  Fu Z.;  Jin W.;  Piovano A.;  Ivanov A.;  Schmalzl K.;  Schmidt W.;  Chatterji T.;  Wolf T.;  Bruckel T.
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Magnetic anisotropic energy gap and low-energy spin wave excitation in the antiferromagnetic block phase of K2Fe4Se5 Journal article
Physical Review B, 2013,Page: 140408-1-140408-6
Authors:  Xiao, Y.;  Price, S.;  Su, Y.;  Nandi, S.;  Li, H.-F.;  Fu, Z.;  Jin, W.;  Piovano, A.;  Ivanov, A.;  Schmalzl, K.;  Schmidt, W.;  Chatterji, T.;  Wolf, Th.;  Brueckel, Th.
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Spin wave excitation  K2Fe4Se5