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Nanocomposite materials on the base of dielectric porous matrices

机译:介电多孔基质底座上的纳米复合材料

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The correlations between physical properties and structure of various types of nanocomposite magnetic and ferroelectric materials on the basis of natural and artificial porous have been studied by different experimental methods. The temperature evolution of the structure, order parameter and dielectric response are studied as functions of characteristic size of nanoparticles. It is shown the existence of crossover of phase transition (PT) from the first order to the second one for ultra-small ferroelectric and magnetic particles.
机译:采用不同的实验方法研究了基于天然和人造多孔的各种类型的纳米复合磁性和铁电材料的物理性质和结构之间的相关性。研究了结构,订单参数和介电响应的温度演化作为纳米颗粒特征尺寸的功能。示出了从第一顺序到第二个用于超小型铁电和磁性颗粒的第二阶的相移(Pt)的横跨存在。

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