磁效应

cí xiào yìng
  • magnetic effect
磁效应磁效应
  1. 本文对这种现象和物理机制作了详细的阐释,对TTA和STT这两个作用过程对OLED磁效应可能存在的不同影响做了相应的解释。

    This article gave a detailed explanation of this phenomenon and the physical mechanism , the explanation on the TTA and STT role process there may be different effects on the OLED magnetic effect .

  2. 以往的一些工作和汤山精密磁测的研究结果表明,只要深刻研究喀斯特的磁效应和边界条件,GPM技术就可有效地勘查埋藏喀斯特。

    The past results and the precision geomagnetic measurement results in Tangshan show that GPM technique is effective to prospect buried karst on the basis of the thorough investigation and study of the magnetic effect and the boundary condition .

  3. 纳米Fe-In2O3颗粒膜的低温磁效应

    Low-temperature Magnetic Effects of Nanometer Fe-In_2O_3 Granular Films

  4. 本文从有助于理解压磁效应的角度,建立了超磁致伸缩驱动器(GMA)的静态力、位移模型。

    This paper gives a static force , displacement model for helping understand the magnetostriction .

  5. 圆形平板电容器的磁场与位移电流的磁效应

    Magnetic Field of Circular Flat Capacitor and Magnetic Effect of Displacement Current

  6. 太阳磁场演变的起因之一&太阳的回磁效应

    A Cause of Evolution of Solar Magnetic Field & Solar Gyromagnetic Effect

  7. 由电流的磁效应作用的铃。

    A bell activated by the magnetic effect of an electric current .

  8. 压磁效应及其在传感器中的应用

    Piezo - magnetic Effect and Its Application to the Sensor

  9. 南宁市冲积相粘性土磁效应机理及初步分区

    Magnetic effect mechanism and preliminary dividing region of alluvial cohesive soil of Nanning

  10. 宇宙弦中超导电流的磁效应

    The magnetic effect for superconducting current in cosmic string

  11. 磁性化肥养分效应磁效应及其相互关系的研究

    The Study on Nutrient Effect and Magnetic Effect and Their Interrelation of Magnetic Fertilizer

  12. 关于流体磁效应机理的评述

    A Comment on Magnetism Effect Mechanism of Fluid

  13. 最后,就有关“震磁效应”分析的几个问题进一步做了简要讨论。

    Finally , some related problems on the analysis of seismo-magnetic effects are discussed .

  14. 静磁场中漏磁效应的物理应用&磁粉法探伤的物理浅析

    Physics Application of Magnetic Leakage Effect in Magnetostatic Field-Physics Analysis of Magnetic Powder Detection

  15. 四频差动激光陀螺的磁效应研究及加热器件的选择

    The Magnetic Effect of the Differential Laser Gyro and the Choose of Heating Element

  16. 非晶铁基合金中两类不同的压磁效应

    Two kinds of different effect of pressure on magnetism in amorphous alloys with Fe-base

  17. 奥斯忒的实验是通电流导线产生磁效应的第一个证据。

    Oersted 's experiment was the first evidence that current-carrying wires produce magnetic effects .

  18. 奇异星的介质和磁效应

    Medium and Magnetic Effects in Strange Stars

  19. 钢丝绳力磁效应与疲劳损伤漏磁信号监测的研究

    Research on Magneto-mechanical Effect and Magnetic Flux Leakage Monitor of Fatigue Damage for Wire Rope

  20. 震磁效应研究及进展

    Study and development of seismomagnetic effects

  21. 泾阳Ms4.8地震磁效应的高阶统计量方法研究

    Study on the seismomagnetic effect of Jingyang Ms 4 . 8 earthquake using higher-order statistical method

  22. 城市附加磁场与土体结构强度的磁效应机理

    On magnetic domino effect mechanism of superimposed magnetic field on city and structural strength of soil mass

  23. 结果表明,运用该方法分析研究迭加在区域地磁场和局部地磁场上的构造磁效应磁场的变化状态,效果显著。

    The results show that variations of tectono-magnetic effect superposed to regional and local geomagnetic fields are obvious .

  24. 当某一星系里有多余的运动自由度,便产生了类磁效应。

    Analogous magnetism effect is occuring as long as there are redundant movement free degree in some galaxy .

  25. 如果电流稳定,磁效应就不再继续消耗能量。

    In case a current is steady , the magnetic effect does not represent a continuous expenditure of energy .

  26. 他预测一个非对称的电子轨道会导致明显的磁效应。

    They predicated that a non-symmetrical electronic orbit may result in an apparent change when a magnetic field is applied .

  27. 文章重点介绍了美国的地震预报探索研究与构造磁效应研究的概况。

    The paper presents mainly the situation of research on earthquake prediction and structural geomagnetic effects in the United States .

  28. 美国地震预报探索与构造磁效应研究概况

    A General Account of the Exploration of Earthquake Prediction and the Research on Structural Geomagnetic Effect in the United States

  29. 结果表明,随着频率和压应力的升高,Fe73.5Cu1Nb3Si13.5B9非晶带材的压磁效应出现了明显的加强;

    The result show the amorphous strip pressure magnetic effect appeared obvious strengthening along with the enhancement of frequency and pressure stress ;

  30. 这种较强的负相关可能是密云水库地区地下较强磁性岩石的压磁效应的反映。

    This rather strong negative correlation is probably a reflection of the piezomagnetic effect of the magnetic rock under the vicinity of the Miyun reservoir .