Antiferromagnetic Resonance in CuCl2・2NC5H5 below 1 K

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タイトル別名
  • Antiferromagnetic Resonance in CuCl<SUB>2</SUB>·2NC<SUB>5</SUB>H<SUB>5</SUB> below 1 K
  • Antiferromagnetic Resonance in CuCl2 2N

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A linear chain antiferromagnet CuCl22NC5H5 was investigated by antiferromagnetic resonance methods. The shift of resonance point due to three-dimensional ordering was observed from 2 K to 0.6 K aroung TN=1.14 K. The antiferromagnetic principal axes in ac-plane decline by 8° from the paramagnetic principal axes and it was explained by introducing an anisotropic exchange interaction (A) in addition to the dipole interaction (B) as AB=2.3. The observed antiferromagnetic resonance modes were satisfactorily explained by assuming two sublattices with the orthorhombic anisotropy, K1β2+K2γ2 with the anisotripic constants of K1=60 ergs/cm3 and K2=210 ergs/cm3, and the Dzialoshinski-Moriya interaction with D-vector along a spin easy axis which is in the direction declined by 22° from a- to c-axes.

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