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首页> 外文期刊>Physica, E. Low-dimensional systems & nanostructures >Spin polarization of a 2D-electron gas and the magnetization problem of nano-particles
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Spin polarization of a 2D-electron gas and the magnetization problem of nano-particles

机译:二维电子气体的自旋极化和纳米粒子的磁化问题

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ESR signal from the surface of Pd/Ni nano-particle with Ni mono-layer are investigated. Because of the giant magnetic moment effect in the Pd/Ni particle. the ESR signal is quite strong, The characteristics of ESR can be clearly observed from the data of g-shift and the temperature dependency of the satellite signal. Similar characteristics of non-magnetic Pd and Au nano-particles Pd and Au nano-particles are also observed, but their intensities are not so strong. The mechanism, which results in the spin polarization in the film of electron gas. cannot be understood by the computer simulation method in case of the nano-particle. (C) 2002 Published by Elsevier Science B.V. [References: 5]
机译:研究了具有Ni单层的Pd / Ni纳米粒子表面的ESR信号。由于Pd / Ni粒子中的巨大磁矩效应。 ESR信号很强,从g位移数据和卫星信号的温度依赖性可以清楚地观察到ESR的特性。还观察到了非磁性的Pd和Au纳米粒子的相似特征Pd和Au纳米粒子的强度并不强。该机理导致电子气膜中的自旋极化。对于纳米粒子,计算机模拟方法无法理解。 (C)2002由Elsevier Science B.V.出版[参考:5]

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