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- W2019361249 abstract "A specific-heat study of the incommensurate-to-commensurate antiferromagnetic transition at a temperature ${mathit{T}}_{mathit{L}}$ensuremath{sim}213 K in a CuO single crystal has been carried out in magnetic fields ${mathbf{B}}_{mathit{a}}$ up to 6 T. ${mathit{T}}_{mathit{L}}$ is found to increase nonlinearly with increasing ${mathit{B}}_{mathit{a}}$ for ${mathbf{B}}_{mathit{a}}$ensuremath{parallel}a and c axes, whereas a linear decrease of ${mathit{T}}_{mathit{L}}$ is observed with increasing ${mathit{B}}_{mathit{a}}$ for ${mathbf{B}}_{mathit{a}}$ensuremath{parallel}b axis. This behavior of ensuremath{Delta}${mathit{T}}_{mathit{L}}$/ensuremath{Delta}${mathit{B}}_{mathit{a}}$ and that of the magnetization, above and below ${mathit{T}}_{mathit{L}}$, can be understood thermodynamically by a magnetic analogy to Clausius-Clapeyron equation. The origin of the incommensurate-antiferromagnetic phase is discussed in the framework of the ``interacting-component mechanism'' of Heine and McConnell." @default.
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- W2019361249 title "Incommensurate antiferromagnetism in copper(II) oxide: Specific-heat study in a magnetic field" @default.
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- W2019361249 doi "https://doi.org/10.1103/physrevb.46.11632" @default.
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