Title: Magnetic Structure of HoBe13 in an Applied Magnetic Field.
Authors: DERVENAGAS P.BURLET P.BONNET M.BOURDAROT F.HIESS ArnoBUD'KO S.l.CANFIELD P.c.LANDER Gerard heathKIM J.s.STEWART G.r.
Citation: Physical Review B Condensed Matter vol. 61 no. 1 p. 405-412
Publication Year: 2000
JRC N°: JRC17247
URI: http://publications.jrc.ec.europa.eu/repository/handle/JRC17247
Type: Articles in Journals
Abstract: The magnetic structure of HoBe13 and its evolution under an applied magnetic field have been examined using neutron diffraction techniques on a single crystal. In the absence of an external field this cubic compound orders at Tn= 5.7 (1) K into a regular helical magnetic structure with propagation vector q= [0,0,1/3. Third order harmonics appear at 4.4(1) K and are attributed to a deformation of the spiral structure below this temperature. When a magnetic field is applied along the [001] axis the magnetic domain with propagation vector parallel to the field is favored, and by about 0.4 Tesla a single domain structure is created.
JRC Institute:Institute for Transuranium Elements

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