第二部分，对铁电陶瓷中电畴反转引起的宏观本构响应进行了研究。
In the second part, the macroscopic constitutive behavior of ferroelectric ceramics induced by domain switching is investigated.
对紫外激光诱导近化学计量比钽酸锂晶体铁电畴反转进行了实验研究。
Ultraviolet laser-induced ferroelectric domain inversion in nearly-stoichiometric LiTaO3 was investigated.
本文运用KA模型研究了铁电薄膜的电畴反转特性与外加电场强度以及温度的关系。
The dependence of domain reversal characteristics of the ferroelectric thin film on external electric field and temperature is investigated by using the KA model.
而通过外加电场极化的方法，获得非线性晶体铁电畴反转光栅，是目前普遍采用，且被证明非常有效的方法。
Electrical polarizing method is the most easy and effective way, which can get ferroelectric domain on non-linear crystal, in all methods of QPM technology.
数值计算表明，不论是二维还是三维铁电系统，其铁电畴反转过程中产生的开关电流都随系统尺寸减少而下降，开关时间随系统尺寸减少而缩短。
Computational results indicate that, for both systems, the switching current drops with decreasing system size and the switching time shortens as the system size decreases.
利用热腐蚀法制备出用于环境扫描电镜（ESEM）研究反转电畴结构的样品。
The samples used for examining the reversal domain with ESEM were prepared by heat erosion.
同时我们还测量到了铁电纳米微畴的反转引起的力学响应，这与其介电响应结果是一致的。
Mechanical response induced by the relaxation of nano-domains has been observed as well, which is consistent with dielectric measurements.
采用电脉冲极化方法制作出周期性反转电畴微结构。
The microstructure of periodical reversal ferroelectric domain was produced by means of the electric impulse polarization.
采用电脉冲极化方法制作出周期性反转电畴微结构。
The microstructure of periodical reversal ferroelectric domain was produced by means of the electric impulse polarization.
应用推荐