片语

magnetic bubble domain device磁泡畴器件

magnetic bubble domain chellop磁泡芯片

magnetic-domain device磁畴器件

magnetic single domain磁单畴

magnetic c domain磁畴

magnetic bubble domain chip磁泡芯片

magnetic bubble domain Mketing磁泡畴

magnetic bubble domain磁泡畴

英汉例句

• 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 …

  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。

• using the theories of magnetic domain and magneto-elastic coupling, obtains the elastic equilibrium equation containing magnetostrictive effect in the dimension of the earth science.

  利用磁畴理论和磁弹耦合理论，得出了地学尺度下包含磁致伸缩效应的弹性平衡方程。

• the magnetic regions are written by using the fringing fields from magnetic domain walls in neighboring magnetic wires.

  通过相邻磁导线中来自磁畴壁的边缘磁场写入磁区。

• according to relative theories of ferromagnetics, the internal magnetic properties of ferromagnetic in the magnetic domain model are studied in this thesis;

  根据铁磁学的相关理论，研究了磁畴模型下铁磁体的内部磁特性；

• nowadays there are many methods to observe the magnetic domain structure, including powder-pattern method, magneto-optical effect method and electron holography method, etc.

  目前，磁畴观测的方法已有很多种，如粉纹图法、磁光效应法、电子全息法等。

• in this paper, we present a method to realize feature extraction on low contrast magnetic domain images of magneto-optical recording films.

  提出了一种基于梯度分割的图像特征提取方法，对低对比度磁光记录薄膜磁畴图像进行处理。

• the main achievements of the research were: firstly, the resultant multinomial of the resistance moment in the magnetic domain rotation was analyze for the first time.

  本课题研究所得主要成果为：首次对磁畴转动中合阻力矩的多项式进行了分析；

• 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。

• the classification of the static magnetic domain wall structures of tube- and envelope-type is made in an unified way using the homotopy theory.

  本文从拓扑学角度，对管状磁畴壁和闭合磁畴壁静态结构的分类问题，做了统一处理。

• a bar type traverse domain generates and grows up under the effect of the transverse drawing stress and it is broken into a dotted magnetic domain structure following the increase of stress.

  在横向拉应力下，横向条状畴形成并增长。应力增大，横向条状畴碎化形成点状畴结构。

• furthermore the study of the behavior of the hard domains in garnet bubble films has important significance to the manufacture of bloch line memory and the development of magnetic domain wall theory.

  而石榴石磁泡薄膜中硬磁畴行为的研究，无论是对超高密度布洛赫线存储器的研制，还是对磁畴壁物理的发展都具有非常重要的意义。

• 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。

• the results were explained by the classical equation for the motion of a domain wall in ferromagnetic systems and by the thermal activation of magnetic domain walls from pinning sites.

  并且运用磁体磁畴畴壁钉扎与运动模型和畴壁钉扎的热激活效应对实验现象进行了合理解释。

• 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；

• it has studied effects of stress on magnetic domain structure of the magnetic materials in earth magnetic fields.

  研究了地磁场环境中应力对铁磁性材料磁畴结构的影响规律。

• the variation of the magnetic domain walls structure under applied stress is found in good correspondence to mae with varied tensile stress in 3% si-steels.

  在硅钢片中，磁畴结构随拉应力的变化特性与产生的mae有良好的对应性。

• disclosed herein is an apparatus for refining a magnetic domain of an electrical steel sheet and a method of refining a magnetic domain of an electrical steel sheet.

  本发明公开了一种用于细化电工钢板的磁畴的装置以及细 化电工钢板的磁畴的方法。

• the relations among the substrate impurity, magnetic domain characteristics and disk errors are further studied by the mathematical model.

  利用该数学模型可进一步研究基片杂质与磁畴特性，以及盘片误码的关系。

• the superficial average roughness and magnetic domain increases more and more.

  表面粗糙度及磁畴强弱对比随厚度的增加越来越大。

• the magnetic properties of magnetic material are mainly determined by its domain structure and the way it changes, so the observation of magnetic domain is always a very important subject.

  磁性材料的宏观磁性能主要是由磁畴结构及其运动变化方式所决定，因此磁畴图像的观测是一个很重要的研究课题。