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Highly Effective Ferroelectric Materials and Technologies for Their Processing

Springer Proceedings in Physics Advanced Materials(2014)

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摘要
The basis of most commonly ferroelectric ceramic materials (FECMs) used in the modern industry is solid solutions of complex lead oxides. It should be noted that due to significant toxicity of lead compounds there has been an intensive search for alternative materials in recent years. Such efforts resulted from the introduction of a new legislative base aiming at environmental protection [Directive 2002/95/EC of the European Parliament and Council by 27 January 2003 on the restriction of the use of certain hazardous substances in electronic equipment]. In the Research Institute of Physics of SFedU much work has been done for about 30 years to investigate and develop of the environmentally friendly FECMs on the basis of alkali niobate metals. Nowadays such materials are finding more applications in the defense industry rather than other industries. Therefore it is extremely important to promote the production of lead low-cost materials and develop new FECMs.
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关键词
Ferroelectric ceramic material (FECM),Relaxor ferroelectric (RF),Alkali niobate metals,Solid solution (SS),Dielectric permittivity,High-sensitive material,Resonance frequency,Pyroelectrics,High-temperature material,Topochemical texturing,Hot pressing (HP),Point defect
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