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- Dielectric relaxor phenomena were analyzed according to complex dielectric responses in alternative electric field. 从电介质在交流电场下的介电响应角度,分析了体系的极化弛豫特征。
- dielectric relaxor 介电弛豫
- The dielectric nonlinearity of the PMN-PZN-PT relaxor ferroelectric ceramics under DC bias was investigated. 在一定温度范围内,对PMN-PZN-PT系弛豫铁电陶瓷直流偏压下的介电非线性进行了研究。
- The ceramic samples seem to be relaxor ferroelectrics from the plots of dielectric constant vs temperature. 测定了该体系陶瓷材料的介电常数-温度曲线,表明该体系陶瓷具有驰豫铁电体性质,给出了BT含量对该系陶瓷介电性能的影响规律。
- It consists of a transparent dielectric spacer. 它由一个透明的电介质隔片构成的。
- Zhang Yong,Gui Hong,Gui Zhilun,et al.Effects of DC bias on the dielectric properties of PMZNT relaxor ferroelectrics[J].Journal of Inorganic Materials,1998,13(2):235-238. [8]张勇;桂红;桂治轮;等.;直流偏压对PMZNT弛豫铁电陶瓷介电性能的影响[J]
- Do You Know the Dielectric Superlattices? 你知道介电体超晶格吗?
- Relaxor based perovskite lead-zinc-niobate [Pb(Zn1/3Nb2/3)O3, PZN)] ferroelectrics have high dielectric constant and good electrostrictive properties as well as relative high Curie temperature. Pb(Zn1/3Nb2/3)O3(PZN)弛豫铁电陶瓷是一种高介电、高机电耦合系数以及较高居里温度的介质材料。
- A form of coaxial cable which uses air as a dielectric. 一种同轴电缆形式,使用空气作为绝缘体。
- Only dielectric stratified media will be treated in this section. 这一节将只讨论介质分层媒质。
- Device Processing: Etching. Surface passivation; dielectric films. 元件制程:蚀刻,表面钝化,介电材料薄膜。
- Preparation of the microwave dielectric ceramics by sol-gel method. 法制备微波介质陶瓷材料。
- Inversion of Dielectric Logging Data and Its Application. 介电测井资料反演方法及其应用。
- A flow of electricity in a dielectric,especially in a rarefied gas. 电流在非导体中的电流,尤其是稀薄气体中的电流
- The formula of reflectance of the dielectric mirror is derived. 导出了这种叠加结构介质镜的反射率公式。
- High transient endurance and high dielectric strenght. 高电流承受及高绝缘强度。
- Device Processing : Etching. Surface passivation; dielectric films. 元件制程:蚀刻,表面钝化,介电材料薄膜。
- PbO deficiency only affected dielectric loss very weakly. 而铅欠缺对介电损耗影响很小。
- Six years passed, polity son again in Tokyo met the dielectric... 雄介哭着向奈绪子要爸爸,而奈绪子也陷入了深深的自责中。
- Bunching cavity with dielectric absorber for gyroklystron[J]. 引用该论文 徐勇;罗勇;熊彩东;刘迎辉;李宏福.