magnetoelectric

Magnetoelectric composites can interconvert energies between magnetic field and electric field, and can be applied in magnetic field detection, microwave leak monitoring and electromagnetic field energy conversion.

磁电复合材料可以实现磁能与电能之间的相互转换，能够应用于磁场检测、微波泄漏监测、电磁场能量转换等领域。

The Magnetoelectric Effect of Composite LiNbO_3/ Terfenol-D

复合材料LiNbO3/Terfenol-D的磁电效应

Magnetoelectric ( ME) composite materials have received increasing attention because of its remarkable ME effect.

磁电复合材料因其显著的磁电效应受到越来越多的关注。

The Application and Maintenance of the Magnetoelectric Sensor in Electronic Taximeter

磁电式传感器在电子式出租汽车计价器中的应用与维护

According to Δ E effect of magnetostrictive material, elastic modulus could be changed with stress state in the material. Based on the Δ E effect, a method to control the resonance frequency of the magnetoelectric laminated composite is investigated.

依据磁致伸缩材料的ΔE效应，弹性模量可随材料的应力发生变化，利用该特性，研究了一种针对磁电层合材料的谐振频率控制方法。

It is proven that strain is an effective method to tune the band structures of semicondutors, critical temperature of superconductors, phase separation of colossal manganites, polarized states of ferroelectric, resonant frequency of ferrites and magnetoelectric coupling of multiferroics, etc..

研究表明，应变可以有效调控半导体材料的能带结构、超导体的临界温度、庞磁电阻材料的相分离、铁电体极化状态、铁氧体的共振频率以及多铁体的磁电耦合等物理现象。

Hall Effect is a magnetoelectric effect which was discovered, studied and applied very early.

霍尔效应是一种发现 、 研究和应用都很早的磁电效应.

The paper presents the dither feedback which exploits magnetoelectric dither pick-up ( MEDP ) technology in ring laser gyroscope.

经分析 指出,磁电拾振技术应用在机抖激光陀螺抖动反馈方案中,其工作原理属于速度型传感器,直接反映抖动偏频量.

Stress Impacting on Magnetoelectric Effect of the Composite Material BaTiO_3-Fe

应力作用对复合型多铁性材料BaTiO3-Fe磁电效应的影响

The spin wave in the A-type antiferromagnet with magnetoelectric effect

具有磁电效应的A类反铁磁系统的自旋波理论

As the magnetoelectric ( ME) materials can transfer the energy between the magnetic and electric energy from one to another, magnetoelectric materials will play a more and more important role in the innovation and the application of the new materials.

而磁电复合材料作为磁、电之间能量转化的智能材料，在新材料研发创新与应用创新领域将扮演日益重要的角色。

Even though the magnetic transition point and the coupling temperature are both low, our work provides the foundation and a paradigm for the search of room-temperature multiferroics with strong magnetoelectric coupling.

虽然Ca3Mn2O7的磁转变温度与磁电耦合温度都很低，但该工作为寻找室温下的强磁电耦合材料提供了基础和范例。

Objective: In order to find an effective therapy to promote the function recovery after peripheral nerve injuries, the electrophysiological changes of injuried sciatic nerve following transcranial magnetoelectric stimulation were studied.

目的：研究经颅磁电刺激后损伤坐骨神经的电生理学变化，探索一种促进周围神经功能恢复的有效治疗方法。

Progress of Research on Magnetoelectric Composites

磁电复合材料的研究进展

Study on Ultra Low Frequency Vibration Sensor by Using Magnetoelectric Speedometer

用磁电式速度计实现超低频振动传感器的研究

After further investigation, we have found that the magnetoelectric coupling can also result in the anomaly of the third-order nonlinear dielectric susceptibility, which provides a great deal of important information for us to better understand the relaxor ferroelectricity.

并且经过进一步研究发现，磁电耦合同样会导致三阶介电常数的异常，从而为更好的研究弛豫铁电性提供了很多重要的信息。

In the paper a new magnetoelectric aerogenerator is introduced.

介绍一种新型永磁风力发电机.

Since multiferroic magnetoelectric ( ME) material has ferroelectric, ferromagnetic and magnetoelectric properties, it is possible to use this material for the design of storage device.

多铁性磁电材料同时具有铁电性、铁磁性和磁电效应等多种性能，它为新功能存储器件的设计提供了可能性。

The multiferroics researched recently are the materials with both FE order and magnetic order structures, and the coupling effects between these two order structures ( Magnetoelectric ( ME) effect) triggered a lot of excitement.

目前研究最为广泛的多铁性材料是指同时拥有极化有序和磁有序的材料。因而，这两种有序之间的耦合作用（磁电效应）是研究的热点。

the application of the magnetoelectric induction sensor in bearing vibration measurement

磁电感应式传感器在轴承振动测量中的应用

Theoretical Investigation on Several Problems of Wave Propagation in Layered Magnetoelectric Composites

层状磁电复合材料中弹性波传播若干问题的理论研究

Beginning with the manifestation of electromagnetic coupling and magnetoelectric effect, recent advances in single-phase magnetoelectric multiferroic ( ferroelectromagnet) was introduced.

文章从电磁耦合现象及磁电效应出发，简要介绍了单相磁电多铁性体（铁电磁体）的最新研究进展。

Our models show strong magnetoelectric effect when the magnetic bias is around 500 Oe.

磁偏压约500Oe时,模型表现出的磁电效应最强.

Many multimeters used today still use the magnetoelectric meter movement as an indicating device.

今天使用的许多万用表仍在利用电磁表头的运动来作为指示刻度之用.