magnetic domain

and then, the magnetic domain theory and the observation methods for the magnetic domain structures are introduced.

详细介绍了磁畴理论、观测磁畴的主要方法和磁性薄膜的研究现状；

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Design for Spin Wave Coupling in Domain Walls of Magnetic Thin Film

薄膜畴壁自旋波耦合栅格设计

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The each Co nanowire represented a single domain structure. The distribution of domain was corresponded to its morphology properties. The size of domain changed a little with the flying height of the magnetic tip.

结果表明，纳米磁记录阵列膜里的每一根Co纳米线均为单畴结构，磁畴分布非常有序且与氧化铝微孔的形貌分布一一对应，畴的大小随磁力针尖离样品的高度不同略有变化；

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the main reason of change in magnetic signal is the directional distribution of the magnetic domain on the stress and the impediment by the dislocation to the domain's turn.

磁信号在弹塑性区域发生变化的主要原因是磁畴在应力作用下的定向分布和位错对磁畴转向的阻碍作用。

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Ferrite is widely used as non-metallic magnetic materials in the area of high-frequency and light current. The poor magnetic energy stored per unit volume and low magnetic saturation magnetization limit the use in the domain of the low-frequency electric and high-power fields.

铁氧体是一种在高频弱电领域用途广泛的非金属磁性材料，但因单位体积中储存的磁能和饱和磁化强度较低，限制了它在高磁能密度的低频强电和大功率领域的应用。

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thermal activation of magnetic domain

磁畴热激活

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Pad é-finite-difference time-domain analysis of electromagnetic scattering in magnetic anisotropic medium

磁各向异性色散介质散射的Pad啨时域有限差分方法分析

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Application of Wiener filter based wavelet domain in functional magnetic resonance imaging

小波域Wiener滤波方法及其在功能磁共振成像中的应用

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The results show that the non-linearity is mainly attributed to a thermal fluctuation magnetic after effect and a numerical variation of the magnetic domain with frequency.

结果表明，非线性主要来源于热起伏磁后效和为了降低微涡流损耗而引起的磁畴数随频率的变化。

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For magnetostrictive alloy such as ( ThDy) Fe_2, delayed propagation of unloaded indentation crack as well as delayed domain change and delayed cracking induced by constant magnetic filed in humid air can occur.

对磁致伸缩材料如（ThDy）Fe2，应力和磁场均能引起畴变，卸载压痕裂纹在湿空气中的滞后扩展以及恒磁场引起的滞后畴变及滞后开裂均能发生。

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the influence of epitaxy on the growth rate and the magneto-optic properties of the films was studied. the high magneto-optic figure of merit, f/ a, of 2.9 deg db has been obtained. the magnetic domain structures and the defects of the films were observed.

研究了外延工艺对膜的生长速率和磁光性能的影响，得到膜的磁光优值θF/α达2.9deg/dB，并观察了膜的磁畴结构和内部缺陷。

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Changes are observed of oriented 3% Si-Fe in the magnetic domain structure and intensity of magnetic sound transmission under the influence of the transverse magnetic field and transverse drawing stress.

观察了晶粒取向3%Si－Fe在横向磁化场及横向拉应力作用下，磁畴结构和磁声发射强度的变化。

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Template Synthesis of Nickel Nanowires Arrays and Its Property of Magnetic Single Domain

有序Ni纳米线阵列的样模制备法及其磁单畴特性

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The motion of magnetic domain walls and the variation of MAE intensity in grain-oriented 3% Si-steels acted on by applied tension and a magnetic field have been observed.

本文观察了晶粒取向3%Si-Fe在外加拉应力和磁场作用下，磁畴壁的运动及声发射强度（MAE）变化的一些现象。

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For the technical magnetization, magnetic domain theory theoretical basis for the magnetic mechanism of magnetic material.

对于技术磁化而言，磁畴理论为磁性材料的磁化机理提供了理论依据。

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There are few reports about measurement of magnetic field on broad band three-dimensional in time domain.

国内在磁场时域测量方面侧重于单频磁场的测量，宽频磁场三维时域波形的测量研究少见报道。

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Tb-Dy-Fe twin crystal or polycrystal magnetostrictive materials are normally employed as driving unit in magnetostrictive actuator, yet the crystal boundary and twin crystal structure in the Tb-Dy-Fe materials hinder the movement of domain walls so that the displacement output under low magnetic field is rather small.

磁致伸缩型微位移致动器通常采用多晶或孪晶结构材料作为驱动单元，由于晶界和孪晶界对畴壁的移动具有阻碍作用，其低场下的位移输出较小，调控精度受到较大影响。

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