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- magnetic domain wall dynamics 磁畴壁动力学
- Among the magnetic domains, the atoms are transited by the magnetic domain walls. 在磁畴内，原子自旋取向是一致的，磁畴之间由畴壁过渡。
- domain wall dynamics 畴壁动力学
- magnetic domain wall resonance 磁畴壁共振
- magnetic domain wall 磁畴壁
- The Present State and Perspective for the Phys of Magnetic Domain Walls and the Bloch Line Memory 磁畴壁物理和布洛赫线存贮器研究现状和前景
- magnetic domain walls 磁畴壁
- These advantages make MFM the most widely used magnetic domain observation technique soon after its invention. 包括：(1)利用磁力显微镜研究了三种不同材料的微晶结构和磁畴结构，分析了微晶结构和磁畴结构与其磁性的关系，讨论了其矫顽力机制，分析了其磁性变化的原因；
- The subsurface oxide layers generated stresses in the sheet and impeded domain wall motion,so that the iron loss was increased. 这种氧化层使钢板产生应力场，阻碍磁畴壁的位移，因而使铁损增加。
- Magnetic properties of 2J4 alloy by ECAP is hetter than those by cold rolling, ECAP makes the grain of alloy fined and close to single magnetic domain. 由于ECAP方式使晶粒细化，达到或接近单畴结构，使得2J4合金的磁性能优于冷轧条件下的磁性能。
- Magnetic domain is observed by MFM, and samples with thicker Fe layer have larger magnetic domain.The macro-magnetic properties are studied by VSM. 利用振动样品磁强计（VSM）测量样品的磁滞回线可以观察样品的宏观磁学性质，随着Fe层厚度的增加，样品的饱和磁化强度增加，而矫顽力迅速减小，之后趋于饱和。
- Fig. 12 MFM maps the magnetic domains of the sample surface. 13数位录影带之表面形态（左）及磁力影像（右）
- The magnetic domain structures of Nd Fe B alloys prepared by the two techniques of powder metallurgy and explosive compaction were also studied using the MFM technique. 并用这种技术观察了粉末烧结和爆炸压制两种工艺制备的 Nd- Fe- B合金的磁畴 ;给出了它们各自不同的畴结构特征 .
- The MI peak is mainly attributed to the effect of circumferential anisotropy where the dominating magnetization process varies from domain wall movement to the magnetization rotation. 答案:磁场指示器的峰值主要由于，从畴壁位移到磁化旋转中，不同的主导/显性磁化过程的圆周各向相异磁场的作用（造成的）。
- By using short and intense bursts of current, a succession of domain walls can be shoved past a reading head. 通过使用一阵阵强烈短促的电流，一系列的域壁被推耸着穿过阅读磁头。
- The Ag underlayer makes grains and magnetic domains small and uniform. Ag缓冲层有效地降低了薄膜表面的粗糙度、颗粒和磁畴尺寸。
- The biggest problem with getting such an idea off the laboratory benchtop and onto the factory floor is the speed at which the domain walls travel. 要将这一理念从实验室的工作台搬到工厂生产车间所面临的最大问题还在于域壁的移动速度。
- MFM is an effective method to study magnetic domains and research magnetic materials. 本文利用磁力显微镜研究纳米尺度磁畴的检测方法。
- Domain Wall Waves of the Cubic Nonlinear Equation 一个三阶非线性偏微分方程的域墙波
- Their trick was to shorten the lengths of the pulses of current to about a nanosecond.Rapidly changing currents exert a greater force on domain walls than do slowly changing ones. 他们的秘诀就在于将一阵阵电流的长度缩短到纳秒，因为与缓慢转变电流相比，快速地改变电流在域壁上产生的力度要来得更大。
