Magnetic resonance in the submicron permalloy magnetic dots

A. Moskaltsova, S. Nedukh
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Abstract

Ferromagnetic resonance response for X band in the arrays of the cylindrical submicron dots of the permalloy Ni80Fe20 was investigated. Resonance Magnetic field — resonance frequency dependences for arrays of nanodots with D = 4000 nm and D = 500 nm have a D = 300 nm been obtained. Approximation of the experimental data has been performed. The satisfactory coincidence of experimental data with the approximating curves has been achieved in suggestion of the additional field presence. It has been founded that the magnitude of this field in the investigated samples increases with the dot diameter decreasing. Besides that, the presence of the in-plane anisotropy in the samples of small diameter is most probably. The experimental results are confirmed by measurement of the angular dependence of resonance fields in plane of the film.
磁共振在亚微米的坡莫合金磁点上
研究了坡莫合金Ni80Fe20圆柱形亚微米点阵列X波段的铁磁共振响应。得到了D = 400nm和D = 500nm纳米点阵列的共振磁场-共振频率依赖关系,D = 300nm。对实验数据进行了近似。在附加场存在的情况下,实验数据与近似曲线得到了满意的吻合。结果表明,随着网点直径的减小,该场的大小增大。此外,在小直径样品中,极有可能存在面内各向异性。通过测量薄膜平面上共振场的角依赖性,验证了实验结果。
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