Disordered ground state and magnetic field-induced long-range order in an S=3/2 antiferromagnetic honeycomb lattice compound Bi3Mn 4O12(NO3)

M. Matsuda; M. Azuma; M. Tokunaga; Y. Shimakawa; N. Kumada

doi:10.1103/PhysRevLett.105.187201

Disordered ground state and magnetic field-induced long-range order in an S=3/2 antiferromagnetic honeycomb lattice compound Bi₃Mn ₄O₁₂(NO₃)

M. Matsuda, M. Azuma, M. Tokunaga, Y. Shimakawa, N. Kumada

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Abstract

Bi3Mn4O12(NO3), in which the Mn4⁺ ions carry S=3/2, is the first honeycomb lattice system that shows no long-range magnetic order. Using neutron scattering, we have determined that short-range antiferromagnetic correlations develop at low temperatures. Applied magnetic fields induce a magnetic transition, in which the short-range order abruptly expands into a long-range order.

Original language	English
Article number	187201
Journal	Physical Review Letters
Volume	105
Issue number	18
DOIs	https://doi.org/10.1103/PhysRevLett.105.187201
State	Published - Oct 25 2010

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10.1103/PhysRevLett.105.187201

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abstract = "Bi3Mn4O12(NO3), in which the Mn4+ ions carry S=3/2, is the first honeycomb lattice system that shows no long-range magnetic order. Using neutron scattering, we have determined that short-range antiferromagnetic correlations develop at low temperatures. Applied magnetic fields induce a magnetic transition, in which the short-range order abruptly expands into a long-range order.",

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AU - Tokunaga, M.

AU - Shimakawa, Y.

AU - Kumada, N.

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N2 - Bi3Mn4O12(NO3), in which the Mn4+ ions carry S=3/2, is the first honeycomb lattice system that shows no long-range magnetic order. Using neutron scattering, we have determined that short-range antiferromagnetic correlations develop at low temperatures. Applied magnetic fields induce a magnetic transition, in which the short-range order abruptly expands into a long-range order.

AB - Bi3Mn4O12(NO3), in which the Mn4+ ions carry S=3/2, is the first honeycomb lattice system that shows no long-range magnetic order. Using neutron scattering, we have determined that short-range antiferromagnetic correlations develop at low temperatures. Applied magnetic fields induce a magnetic transition, in which the short-range order abruptly expands into a long-range order.

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Disordered ground state and magnetic field-induced long-range order in an S=3/2 antiferromagnetic honeycomb lattice compound Bi₃Mn ₄O₁₂(NO₃)

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