ferroelectric domain信息详情
[物]铁电畴
domain───n.(Domain)人名;(英、法)多曼;n.领域;域名;产业;地产
discrete domain───离散域
annulet domain───环状结构域
polybasic domain───多元域
imminent domain───临场域
anteaters domain───食蚁兽领地
flatiron domain───扁铁畴
ascomycetes domain───子囊菌区
dermaptera domain───表皮翅目
microstructure of periodical reversal ferroelectric domain was produced by means of the electric impulse polarization.───电脉冲极化方法制作出周期性反转电畴微结构。
Ultraviolet laser-induced ferroelectric domain inversion in nearly-stoichiometric LiTaO3 was 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。
This review is involved with the latest progress in the imaging principle of nanoscale ferroelectric domain via SFM.───本文就纳米尺度铁电畴的扫描力显微镜的成像原理的研究进展作一综述。
The paper is a simple analysis of the ferroelectric domain structure of this material so as to arouse researchers' interest.───本文仅就这种材料的铁电畴结构作了些浅易的分析,以期引起研究者注意。
Effects of annealing temperature on the surface and ferroelectric domain of PLT films───退火温度对PLT铁电薄膜微结构和电畴的影响
Progress in the Imaging of Nanoscale Ferroelectric Domain via Scanning Force Microscope───纳米尺度铁电畴的扫描力显微镜成像研究进展
Research on the Mechanism of Ferroelectric Domain Inverted───铁电畴反转机理的研究
The microstructure of periodical reversal ferroelectric domain was produced by means of the electric impulse polarization.
The microstructure of periodical reversal ferroelectric domain was produced by the means of electric impulse polarization.
R curve analysis indicates that resisting force of crack growth in polarization direction increases with crack size increasing, owing to ferroelectric domain deflection.
The paper is a simple analysis of the ferroelectric domain structure of this material so as to arouse researchers' interest.
Ultraviolet laser - induced ferroelectric domain inversion in nearly - stoichiometric LiTaO 3 was investigated.
It is presented that the theoretical discussion on the mechanism and elimination of ferroelectric domain.
This review is involved with the latest progress in the imaging principle of nanoscale ferroelectric domain via SFM.
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.
- ferroelectric carrier
- ferroelectric effect
- ferroelectric material
- ferroelectric film
- ferroelectrics
- ferroelectric glass
- ferroelectricity
- ferrofallidite
- ferroelectric memory
- ferroferrite
- ferroferric
- ferrogedrite
- ferroglass
- ferroglaucophane
- ferrolite
- ferromagnesian mineral
- ferromagnesite
- ferromagnesian silicate
- ferroilmenite
- ferromagnet
- ferromagnetic alloy