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首页> 外文期刊>Ferroelectrics >Polarization and switching processes in multicomponent piezoceramic based on PZT with a highly diffuse phase transition
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Polarization and switching processes in multicomponent piezoceramic based on PZT with a highly diffuse phase transition

机译:基于PZT的多组分压电陶瓷基于高漫反射相转变的偏振和切换过程

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摘要

It is known that in a multicomponent piezoceramics with a certain ratio of the components of the solid solution and modifying impurities, the phase transition from the ferroelectric phase to the paraelectric phase occurs in several stages. The temperature interval of structural and polarization changes can reach hundreds of degrees. In the present work polarization switching processes and properties of a piezoceramic material based on PZT o0: 36PbTiO3 0: 33PbZrO3 PboMgZnTHORN 1= 3 Nb2= 3O3 BaTiO3 SrZrO3 THORN studied. studied.
机译:众所周知,在具有固体溶液的组分的一定比例和改性杂质的多组分压电陶瓷中,在几个阶段中,从铁电相到步导相的相转变发生。 结构和极化变化的温度间隔可以达到数百度。 在目前的工作偏振切换工艺和压电母材料的性质,基于PZT O0:36PBTIO3 0:33pbzro3 pbomgznthorn 1 = 3 NB2 = 3O3 Batio3 Srzro3刺研究。 研究过。

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