电有序英文_电有序英语怎么说

电有序的英文

electric order

电: electricity
铁电有序化: ferroelectric ordering; ferroelectricordering
有序: order disorder transformation; order disorder transition; order-disorder transition; ordered n-tuples; regular band
电有机合成: electroorganic synthesis
电有效区: television coverage

下载手机词典可随时随地查词查翻译

例句与用法

Although ferroelectric ordering doe s not appear within the whole temperature range in eutio3 , coupling of a certain form between the ordering parameters in electrical and magnetic subsystems causes the dielectric anomaly near its neel temperature
尽管eutio _ 3在整个温度范围内不出现铁电有序态，可视为其电序参量平均值为零，但电系统和磁系统序参量某种形式的耦合导致了该材料在尼尔温度附近的介电反常。
An anomalies in the dielectric constants and loss tangent have been observed experimentally in the ferroelectromagnet near the antiferromagnetic transition temperature , indicative of a coupling between the ferroelectric and magnetic ordering , but the nature of the mechanism of magnetoelectric coupling and the form of interaction is still an important and debated issue
而另一类是铁电磁体，它除了具有一般磁电体的性质外，还由于固有的本征磁有序和铁电有序的耦合使之存在自发的磁电效应。实验上已经发现了由于自发的磁电耦合导致的介电异常和损失正切。
By magnetoelectric coupling , the application of an electric field or ferroelectric polarization can change one or more of the parameters governing the ma gnetic behavior of the system . correspondingly , being possible magnetostrictive effect or electron - phonon interaction , the fluctuation of spin ordering may lead to a dielectric anomaly and ferroelectric relaxation
通过磁电耦合，铁电有序或外电场可导致自旋的再分布而改变系统的磁性性质，同样由于自旋有序的涨落通过磁致伸缩或可能的电-声子作用可导致铁电弛豫或介电异常。
The ferroelectromagnets , in which ferroelectric ordering and magnetic spin ordering coexist spontaneously at low temperature , have been the object of intensive theoretical and experimental studies from the 60 - 70 ' s last century for its connection with the finding out this kind of material and theirs some special properties of physics own to magnetoelectric coupling
铁电磁系统是指在某一温度范围内，同时具有铁电有序和铁磁有序的体系。自上世纪60 - 70年代以来，由于这类材料的不断发现以及两种有序共存耦合导致某些特有的物理性质，而使之备受人们的关注。

电有序的英文

例句与用法

相关词汇

相邻词汇

相关阅读