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One‐dimensional antiferromagnets

MAR 01, 1971

DOI: 10.1063/1.3022619

Solid‐state physicists have been talking about one‐dimensional systems for many years. Recently neutron‐scattering experiments have been performed on two different materials, which exhibit one‐dimensional behavior. Tetramethyl ammonium manganese chloride, (CD3)4 NMnCl3, appears to act like a nearly ideal one‐dimensional antiferromagnet, down to at least 1.8 K, according to M. T. Hutchings and Gen Shirane (Brookhaven), Robert J. Birgeneau (Bell Labs) and S. L. Holt (University of Wyoming). Shirane, John Skalyo Jr (Brookhaven). S. A. Friedberg and H. Kobayashi (Carnegie–Mellon University) had earlier found another substance, cesium manganese chloride dihydrate, CsMnCl3⋅2H2O, that also had some one‐dimensional character, although not quite as striking.

This Content Appeared In
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Volume 24, Number 3

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