1) high-temperature poling
高温极化
1.
This paper describes the mechanism of high-temperature poling for piezoelectric ceramics.
介绍了压电陶瓷高温极化机理,通过电畴的形成及顺电铁电相变机理对其进行了解释。
3) temperature polarization
温度极化
1.
Study on temperature polarization in membrane distillation;
温度极化对膜蒸馏过程的影响研究
2.
The progress in studies on heat and mass transfer mechanism in direct contact membrane distillation was discussed,including the development of models,temperature polarization,concentration polarization,the determination of heat transfer coefficient and the influence of membrane physical properties and fluid dynamics.
综述近10多年来国内外发表的有关文献,分析了膜蒸馏过程的特点,评述了直接接触式膜蒸馏过程传热传质机理的研究进展,包括模型的建立、温度极化、浓度极化、传热系数的确定、膜结构的影响、流体力学的影响;并分析了该过程传递机理的研究重点。
5) room temperature polarization
室温极化
1.
The results indicate the movement of the inverted domain is not in uniform velocity during room temperature polarization process.
8 mm的晶片进行外加单脉冲电场室温极化,得到了完全反转的畴结构。
补充资料:超极化
超极化
静息电位差值增大的状态。超极化的产生使膜电位距阈电位的差值增大,细胞膜的兴奋性下降。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条