Thermodynamic Properties of the One-Dimensional Ising System (CH3)4 NCo(NO2)3, the Iso-Structural Compound with the Haldane System, TMNIN

Masaki Mito, Masakazu Ito, Tatsuya Kawae, Masako Hitaka, Kazuyoshi Takeda, Hiroyuki Deguchi, Seishi Takagi

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Abstract

We measured the magnetic heat capacity, susceptibility and magnetization of (CH3)4NCo(NO2)3 (TMCON) which is the iso-structural compound with the Haldane compound (CH3)4NNi(NO2)3 (TMNIN). From the analysis of these thermodynamic properties, we found that TMCON is a one-dimensional S=1/2 Ising system where the ferromagnetic nearest neighbor interaction J1 and the antiferromagnetic next-nearest neighbor interaction J2 are competing. The value of J1 is estimated to be J1/kB=28.0±4.0 K. It is confirmed that the results can be comprehensively explained only when we take J2<0, although J2=−0.22J1 estimated from the thermal analysis differs from J2=−0.46 J1 from the magnetic susceptibility for the powdered sample. Based on the results for TMCON, we discuss the stabilization of the Haldane state in TMNIN, considering the frustration effect between J1 and J2.

Original languageEnglish
Pages (from-to)4402-4410
Number of pages9
Journaljournal of the physical society of japan
Volume64
Issue number11
DOIs
Publication statusPublished - Jan 1 1995

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thermodynamic properties
magnetic permeability
frustration
thermal analysis
stabilization
specific heat
interactions
magnetization

All Science Journal Classification (ASJC) codes

  • Physics and Astronomy(all)

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Thermodynamic Properties of the One-Dimensional Ising System (CH3)4 NCo(NO2)3, the Iso-Structural Compound with the Haldane System, TMNIN. / Mito, Masaki; Ito, Masakazu; Kawae, Tatsuya; Hitaka, Masako; Takeda, Kazuyoshi; Deguchi, Hiroyuki; Takagi, Seishi.

In: journal of the physical society of japan, Vol. 64, No. 11, 01.01.1995, p. 4402-4410.

Research output: Contribution to journalArticle

Mito, Masaki ; Ito, Masakazu ; Kawae, Tatsuya ; Hitaka, Masako ; Takeda, Kazuyoshi ; Deguchi, Hiroyuki ; Takagi, Seishi. / Thermodynamic Properties of the One-Dimensional Ising System (CH3)4 NCo(NO2)3, the Iso-Structural Compound with the Haldane System, TMNIN. In: journal of the physical society of japan. 1995 ; Vol. 64, No. 11. pp. 4402-4410.
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AU - Mito, Masaki

AU - Ito, Masakazu

AU - Kawae, Tatsuya

AU - Hitaka, Masako

AU - Takeda, Kazuyoshi

AU - Deguchi, Hiroyuki

AU - Takagi, Seishi

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N2 - We measured the magnetic heat capacity, susceptibility and magnetization of (CH3)4NCo(NO2)3 (TMCON) which is the iso-structural compound with the Haldane compound (CH3)4NNi(NO2)3 (TMNIN). From the analysis of these thermodynamic properties, we found that TMCON is a one-dimensional S=1/2 Ising system where the ferromagnetic nearest neighbor interaction J1 and the antiferromagnetic next-nearest neighbor interaction J2 are competing. The value of J1 is estimated to be J1/kB=28.0±4.0 K. It is confirmed that the results can be comprehensively explained only when we take J2<0, although J2=−0.22J1 estimated from the thermal analysis differs from J2=−0.46 J1 from the magnetic susceptibility for the powdered sample. Based on the results for TMCON, we discuss the stabilization of the Haldane state in TMNIN, considering the frustration effect between J1 and J2.

AB - We measured the magnetic heat capacity, susceptibility and magnetization of (CH3)4NCo(NO2)3 (TMCON) which is the iso-structural compound with the Haldane compound (CH3)4NNi(NO2)3 (TMNIN). From the analysis of these thermodynamic properties, we found that TMCON is a one-dimensional S=1/2 Ising system where the ferromagnetic nearest neighbor interaction J1 and the antiferromagnetic next-nearest neighbor interaction J2 are competing. The value of J1 is estimated to be J1/kB=28.0±4.0 K. It is confirmed that the results can be comprehensively explained only when we take J2<0, although J2=−0.22J1 estimated from the thermal analysis differs from J2=−0.46 J1 from the magnetic susceptibility for the powdered sample. Based on the results for TMCON, we discuss the stabilization of the Haldane state in TMNIN, considering the frustration effect between J1 and J2.

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