Theoretical and experimental magnetic specific heat of CsMnCl3 • 2H2O

K. Kopinga; T. De Neef; W.J.M. De Jonge

doi:10.1103/PhysRevB.11.2364

Theoretical and experimental magnetic specific heat of CsMnCl3 • 2H2O

K. Kopinga, T. De Neef, W.J.M. De Jonge

Applied Physics and Science Education

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Abstract

Detailed specific-heat measurements between 1.1 and 52 K on the S=52 Heisenberg linear-chain system CsMnCl3 • 2H2O are reported. The results could be interpreted with the aid of newly developed theoretical estimates for the magnetic contribution and a lattice contribution characteristic for a chemically layered compound. A value of Jk=-3.3±0.3 K is obtained, which will be compared with the results from other studies.

Original language	English
Pages (from-to)	2364-2369
Number of pages	6
Journal	Physical Review B
Volume	11
Issue number	6
DOIs	https://doi.org/10.1103/PhysRevB.11.2364
Publication status	Published - 1 Jan 1975

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10.1103/PhysRevB.11.2364

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title = "Theoretical and experimental magnetic specific heat of CsMnCl3 • 2H2O",

abstract = "Detailed specific-heat measurements between 1.1 and 52 K on the S=52 Heisenberg linear-chain system CsMnCl3 • 2H2O are reported. The results could be interpreted with the aid of newly developed theoretical estimates for the magnetic contribution and a lattice contribution characteristic for a chemically layered compound. A value of Jk=-3.3±0.3 K is obtained, which will be compared with the results from other studies.",

author = "K. Kopinga and {De Neef}, T. and {De Jonge}, W.J.M.",

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N2 - Detailed specific-heat measurements between 1.1 and 52 K on the S=52 Heisenberg linear-chain system CsMnCl3 • 2H2O are reported. The results could be interpreted with the aid of newly developed theoretical estimates for the magnetic contribution and a lattice contribution characteristic for a chemically layered compound. A value of Jk=-3.3±0.3 K is obtained, which will be compared with the results from other studies.

AB - Detailed specific-heat measurements between 1.1 and 52 K on the S=52 Heisenberg linear-chain system CsMnCl3 • 2H2O are reported. The results could be interpreted with the aid of newly developed theoretical estimates for the magnetic contribution and a lattice contribution characteristic for a chemically layered compound. A value of Jk=-3.3±0.3 K is obtained, which will be compared with the results from other studies.

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Theoretical and experimental magnetic specific heat of CsMnCl3 • 2H2O

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