磁泡

cí pào
  • magnetic bubble
磁泡磁泡
磁泡[cí pào]
  1. 应用沟道效应对CaGe系列磁泡材料进行离子注入特性的研究

    Channeling Effects on Ion Implantation for CaGe Magnetic Bubble Materials

  2. 与磁泡存储器相比,BLM的存储密度大大提高。

    Compared with magnetic bubble storage memory , the bit density of BLM increases drastically .

  3. 中厚磁泡薄膜多元组份原子比的X荧光光谱非破坏测定

    Rapid Non-Destructive Determination of Multi-Components Atomic Ratio in ( Medium-Thickness ) Bubble-Domain Films by X-Ray Fluorescence Spectrometry

  4. X射线荧光光谱法测定磁泡薄膜中Y、Bi、Ca、Fe、Ge、Si

    Non-destructive determination of y , bi , ca , fe , Ge and Si in the thin films of bubble-domain by X-ray fluorescence spectrometry

  5. 在磁泡材料中作用在BL线和BL串上的动力学反作用力

    The Dynamic Reaction Forces on One BL and A Cluster of BLs in Magnetic Meterials

  6. 本文在梯度场磁泡传输法的基础上获得了测试小泡径材料矫顽力Hc的方法,得到了一个较普遍的计算梯度场的公式。

    Based on the magnetic bubble propagation method in gradient field , a measuring method for the coercive force H in small bubble domain materials and a more general equation for calculating the gradient field are derived .

  7. 实验研究面内场Hin和静态偏磁场Hb作用下,(111)面磁泡膜内条畴的消失过程。

    The erasing process of stripe domains in ( 111 ) - oriented garnet bubble films was investigated experimentally in the presence of both an in-plane field Hin and a static bias field Hb .

  8. 实验研究了直流偏场(Hb)下,面内场(Hip)对液相外延石榴石磁泡薄膜的硬磁畴壁中垂直布洛赫线(VBL)稳定性的影响。

    The influence of in-plane field ( H ( 1 ) ip ) on stability of vertical Bloch lines ( VBLs ) in the walls of the hard domains at various bias fields ( Hb ) was studied .

  9. 用一次脉冲偏场法研究了外延石榴石磁泡薄膜条状畴畴壁中VBL群体形成与温度的关系。

    The temperature dependence of VBL group formation in stripe domain walls of epitaxial garnet bubble films was investigated by means of the method of single-pulse bias field .

  10. 本文从低直流偏场法出发,实验研究了石榴石磁泡薄膜样品中的硬磁畴的动态特性和温度特性以及产生正、负垂直布洛赫线(VBL)的条件。

    In this paper we have studied the dynamic characteristics and temperature-characteristics of hard domains that are produced by the low bias field method , and also make a study of the generant condition of the positive or negative VBLs that are produced by the low bias field method .

  11. 单磁泡静态泡径稳定区域的确定

    The Determination of the Static Stability Region of the Single-Magnetic Bubble

  12. 每个磁泡可以按不同方向磁化。

    Each bobble is magnetized in one direction or the other .

  13. 对石榴石磁泡薄膜中硬磁畴特性的研究

    The Study of Characteristic of the Hard Domains in Garnet Bubble Films

  14. 磁泡布洛赫线观测系统及图像处理

    Observation of Block Lines in the Magnetic Bubble and Digital image Processing

  15. 新型磁泡存贮器在机床控制中的应用

    Design of Management Software for the Bubble Memory Used in Machine-Tool Control System

  16. 磁泡材料的磁滞回线和泡阵磁畴的剩磁

    Hysteresis loops of magnetic bubble materials and the remanence of bubble lattice domain

  17. 石榴石磁泡膜中3类硬磁畴的形成方法

    Formation of three kinds of hard magnetic domains in the garnet bubble films

  18. 地球等离子体片中磁泡对地面磁场的扰动

    Ground magnetic field disturbance caused by bubbles in the earth 's plasma sheet

  19. 磁泡特性和参数测量

    Abstract Measurement of Magnetic Bubble Property and parameter

  20. 磁泡研究有新突破&在磁畴壁上读取信息

    A New Success in the Study of Magnetic Bubble & Information on Magnetic Domain Walls

  21. 石榴石磁泡膜中哑铃畴缩灭行为的进一步研究

    The Further Study in the Collapse Behavior of the Dumbbell Domains in Garnet Bubble Films

  22. 磁泡石榴石膜内氮离子注入层的磁各向异性

    The Magnetic Anisotropy of the Layer Injected with N + in Magnetic Bubble Garnet Films

  23. 磁泡存贮器测试系统

    A Magnetic Bubble Memory Test System

  24. 石榴石磁泡膜饱和磁化强度的两种测量方法

    The Discussion of Two Kinds of Methods for Measuring the Saturation Magnetization of Garnet Bubble Films

  25. 磁泡点阵的形成条件

    Forming Condition of the Bubble Array

  26. 磁泡存储器工作温度

    Bubble memory operation temperature

  27. 本文研究了磁泡石榴石外延膜磁参数漂移的起因和抑制方法。

    The causes and control methods of the magnetic parameter drifts for magnetic bubble LPB garnet films are investigated .

  28. 研究磁泡畴壁微结构&垂直布洛赫线的晃动观测方法;

    The rocking method has been adopted for the observation of the microstructure of the domain walls in bubble films .

  29. 其次,石榴石磁泡膜中硬磁畴的产生方法是研究硬磁畴性质和稳定性的基础。

    Secondly , the method of formation hard domains is the essential prerequisite to study the character and stability of hard bubbles .

  30. 在磁泡薄膜上面的导体中通过电流,产生局部磁场梯度使磁泡传输。

    The electric current passing through the conductor on the film of bubble generates a local magnetic field gradient to make the bubble propagate .