Significance of dielectrics in space technology

T. Indira, T. Thenappan
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Abstract

The main objective of this paper is to provide a brief and necessary background of dielectrics in the field of space technology. The mobile telephone, TV, Radio, Satellite or any type of modern communication is not possible without one type of antenna or the other and no radar works without an antenna. Antenna is a sensor of electromagnetic waves. Electric and magnetic fields exist in a dielectric material and also penetrate the dielectric material freely. When an electromagnetic wave is incident normally on the surface of a dielectric, reflection and transmission takes place. In this investigation, dielectric polarization studies were made in the liquid dielectric mixtures Epichlorohydrin, p-cresol in benzene using standard methods at 308K.The values of dielectric constant, refractive index and density were measured at different concentrations. The dipolar increment value has been calculated using Huyskens method based on Onsager's theory.
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电介质在空间技术中的意义
本文的主要目的是为空间技术领域的电介质提供一个简要和必要的背景。移动电话、电视、广播、卫星或任何类型的现代通信都离不开一种或另一种天线,没有天线就没有雷达工作。天线是电磁波的传感器。电场和磁场既存在于介质中,又能自由穿透介质。当电磁波正常入射到电介质表面时,就会发生反射和透射。在308K条件下,用标准方法对苯中环氧氯丙烷、对甲酚的液体介质混合物进行了介电极化研究。测定了不同浓度下的介电常数、折射率和密度。在Onsager理论的基础上,用Huyskens法计算了偶极增量值。
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