Recent advances in integrated ferroelectric and multiferroic materials

M. Maglione
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Abstract

Ferroelectric materials have very appealing properties such as their dielectric permittivity, piezoelectric coefficients and permanent polarization. Two large scale applications of ferroelectric thin films are already achieved: on-chip large capacitances (MIM) and Ferroelectric Random Access Memories (FERAM). The focus is now on the design and reliability of integrated structures. The case of high frequency agile capacitors based on ferroelectric films will be described in details in this respect. Multiferroic materials are under consideration since more than 50 years because of the coexistence and eventually the coupling between polarization and magnetization in a given compound. Since the number of room temperature multiferroics is very restricted at present, several alternative routes including nano-composites or multilayers are under consideration.
集成铁电和多铁材料的最新进展
铁电材料具有非常吸引人的特性,如介电常数、压电系数和永久极化。铁电薄膜的两种大规模应用已经实现:片上大容量(MIM)和铁电随机存取存储器(FERAM)。现在的重点是集成结构的设计和可靠性。在这方面,将详细描述基于铁电薄膜的高频敏捷电容器的情况。多铁性材料的研究已经有50多年的历史了,因为在给定的化合物中,极化和磁化是共存的,最终是耦合的。由于目前室温多铁材料的数量有限,包括纳米复合材料或多层材料在内的几种替代途径正在考虑之中。
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