| 1. | Dynamic analysis of polar microregions in therelaxor ferr oelectrics
驰豫铁电体中极化微区动力学分析 |
| 2. | The study on the dielectric properties of ba zrxti1 - x o3 relaxor ferroelectric
3弛豫铁电体的介电性能研究 |
| 3. | The research evolvement of the phase transition of lead - free nbt - based relaxor ferroelectrics
3基弛豫铁电体相变的研究进展 |
| 4. | Preparation and characterization of pmn - pt relaxation ferroelectric powder by columbite precursor method
弛豫铁电体及其表征 |
| 5. | Double hysterisis , found in antiferromagnetics and antiferroelectrics , has an equal significance as the single hysteresis
双回线出现在反铁电(磁)体中及部分铁电体的临界点。 |
| 6. | Quantum paraelectrics are quite different from the normal ferroelectrics as far as the dielectric susceptibility is concerned
量子顺电体是一类特殊的电介质，和通常的铁电体有所不同。 |
| 7. | The ferroelectrics polycrystal consists of a set of bonded crystal and each crystal comprises a set of distinct domain under mesoscale
铁电体由紧密相连的单晶组成，细观尺度上铁电体的单晶具有电畴结构。 |
| 8. | In chapter one , we briefly recount some properties of ferroelectrics and review the research history , approaches and actuality in domestic and overseas
本文的第一章简单介绍铁电体的性质，述评了对铁电体研究的意义，所采用的方法和研究现状。 |
| 9. | Domain structure and its movement determine the physical properties of ferroelectrics . investigation of domains is the precondition to study macroscopic properties of ferroelectrics
铁电畴的结构及其运动规律直接决定了铁电体的物理性质及其应用方向，电畴的检测是进行铁电特性研究的前提条件。 |
| 10. | The crystal structure of the quantum paraelectrics is mainly perovskite type , similar to most of the ferroelectrics , and external factors , e . g . impurity doping , may induce ferroelectric phase
量子顺电体的结构和铁电体很相似，大部分属于abo _ 3的钙钛矿结构，所以应力或掺杂等易使之成为铁电体。 |
