2010Unpublished venueRequires access

Microwave measurements of dielectric constants by mixture equations

Jyh Sheen, Zuo‐Wen Hong, Wei‐Lung Mao, Weihsing Liu, Chin-An Chen

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Abstract

This article reports on a study of the dielectric constant measurements of ceramic at microwave frequency by powder mixture equations. The dielectric constants of ceramics are indirectly obtained from the dielectric constants of ceramic-polymer composites. Dielectric properties of heterogeneous mixtures have been investigated by different authors for over one century. Theoretically, the dielectric constant of a pure ceramic can be calculated from that of the ceramic-polymer composite if the mixing rule has a good accuracy. One can estimate the dielectric constant of a pure ceramic by simply measuring a composite sample which saves the high temperature sintering procedure of making a pure ceramic sample for measurements.

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What this paper is about

This article reports on a study of the dielectric constant measurements of ceramic at microwave frequency by powder mixture equations. The dielectric constants of ceramics are indirectly obtained from the dielectric constants of ceramic-polymer composites. Dielectric properties of heterogeneous mixtures have been investigated by different authors for over one century. Theoretically, the dielectric constant of a pure ceramic can be calculated from that of the ceramic-polymer composite if the mixing rule has a good accuracy. One can estimate the dielectric constant of a pure ceramic by simply measuring a composite sample which saves the high temperature sintering procedure of making a pure ceramic sample for measurements.

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Available abstract

This article reports on a study of the dielectric constant measurements of ceramic at microwave frequency by powder mixture equations. The dielectric constants of ceramics are indirectly obtained from the dielectric constants of ceramic-polymer composites. Dielectric properties of heterogeneous mixtures have been investigated by different authors for over one century. Theoretically, the dielectric constant of a pure ceramic can be calculated from that of the ceramic-polymer composite if the mixing rule has a good accuracy. One can estimate the dielectric constant of a pure ceramic by simply measuring a composite sample which saves the high temperature sintering procedure of making a pure ceramic sample for measurements.

Key concepts: Dielectric, Ceramic, Materials science, Composite material, Sintering, Composite number, Microwave, Polymer

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