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Anisotropic g-values and 1.590 THz antiferromagnetic gap of multiferroic material CuO has been observed for the first time using the advantages of THz high field ESR. Especially antiferromagnetic resonance measurements have been performed at 4.2 K for three principal axes up to 1.852 THz and 40 T, and the magnetic anisotropy of CuO will be discussed.
A scaling rule of magnetic minor hysteresis loops at low applied fields has been examined in plastically deformed low carbon steel and pure Ni. It was found that a power law between hysteresis loss and remanence of a minor loop holds true over the wide range of magnetization from the very low to intermediate range unlike the well-known Steinmetz law. The power-law exponent was an almost constant value...
Cu3(OH)4SO4, which was obtained by the hydorothermal synthesis, was studied by our high frequency electron spin resonance (ESR) measurements. It has an interesting magnetic structure which consists of triple chains of Cu2+ spins (s=1/2). It undergoes the 3D-transition below 5.3 K. In the ordered state, the magnetic moment of the central chain becomes zero. This interesting behavior is called as "idle...
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