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Dielectric Behavior Investigation of Composite Materials Based on Epoxy Resin/Fe3O4/CaTiO3, SrTiO3 Using Mixture Laws

机译:基于环氧树脂/Fe3O4/CaTiO3、SrTiO3的复合材料介电行为研究

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摘要

In the same matrix of epoxy resin, Fe3O4 powder was evenly mixed with one of two titanate powders, CaTiO3 or SrTiO3. The dielectric properties of these blends were evaluated using the measurement technique of time domain spectroscopy (TDS). During this work, low-frequency analyzes (DC - 300 MHz) were carried out, mainly focusing on the static permittivity and conductivity properties as a function of titanate concentrations. The results allowed us to confirm the validity and effectiveness of the modified Lichtenecker Laws (MLL). Significant agreement accord can be shown between the MLL-calculated and experimentally determined permittivity values for ternary combinations. The perspective of this research lies in the production of new materials for use in the field of telecommunications and in particular for microelectronic components.
机译:在环氧树脂的同一基体中,将Fe3O4粉末与CaTiO3或SrTiO3两种钛酸酯粉末中的一种均匀混合。使用时域光谱(TDS)测量技术评估了这些混合物的介电性能。在这项工作中,进行了低频分析(DC - 300 MHz),主要关注静态介电常数和电导率特性与钛酸盐浓度的关系。结果使我们能够确认修改后的利希特内克定律(MLL)的有效性和有效性。MLL计算的介电常数值与实验确定的三元组合介电常数值之间存在显著的一致性。这项研究的视角在于生产用于电信领域的新材料,特别是微电子元件。

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