Magnetization Plateau of an S=1 Frustrated Spin Ladder

Abstract

We study the magnetization plateau at 1/4 of the saturation magnetization of the S=1 antiferromagnetic spin ladder both analytically and numerically, with the aim of explaining recent experimental results on BIP-TENO by Goto et al. We propose two mechanisms for the plateau formation and clarify the plateau phase diagram on the plane of the coupling constants between spins.

Cited by in corpus (15)

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• Field-Induced gap due to four-spin exchange in a spin ladder
• Magnetization plateaus of spin-$\frac{1}{2}$ system on a 5/7 skewed ladder
• Low-energy properties of two-leg spin-1 antiferromagnetic ladders with commensurate external fields and their extensions
• Mechanisms for Non-Trivial Magnetization Plateaux of an S=1 Frustrated Spin Ladder
• Magnetization Plateau in the S=1 Spin Ladder with Competing Interactions
• Multiple magnetization plateaus induced by farther neighbor interaction in an $S=1$ two-leg Heisenberg spin ladder
• Anomalous magnetization process in frustrated spin ladders
• Translational symmetry broken magnetization plateau of the S=1 antiferromagnetic Heisenberg chain with competing anisotropies
• Translational-Symmetry-Broken Magnetization Plateaux of the $S=3/2$ Anisotropic Antiferromagnetic Chain
• Thermodynamics of the S=1 spin ladder as a composite S=2 chain model
• Quantized edge magnetizations and their symmetry protection in one-dimensional quantum spin systems