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R2RhIn8 compounds (space group P4/mmm, R is a rare-earth element) belong to alarge group of structurally related tetragonal materials which involves severalheavy-fermion superconductors based on Ce. We have succeeded to grow singlecrystals of compounds with Nd, Dy and Er and following our previous bulkmeasurements, we performed neutron-diffraction studies to determine theirmagnetic structures. The Laue diffraction experiment showed that theantiferromagnetic order below the N\'eel temperature is in all three compoundscharacterized by the propagation vector k = (1/2, 1/2, 1/2). The amplitude anddirection of the magnetic moments, as well as the invariance symmetry of themagnetic structure, were determined by subsequent experiments using two- andfour-circle diffractometers. The critical exponents were determined from thetemperature dependence of the intensities below TN.

Magnetic structures of non-cerium analogues of heavy-fermion Ce2RhIn8: case of Nd2RhIn8, Dy2RhIn8 and Er2RhIn8