Abstract
Microwave broadband dielectric spectroscopy (MBDS) is generally recognized as an experimental method to characterize different materials (solids and liquids) according to their dielectric properties [1]. The dielectric properties of many materials over the RF/microwave frequency range are uniquely defined. As a result, using the MBDS technique, the complex relative permittivity of a material under test (MUT) is extracted as a function of frequency. Due to its nondestructive and real-time nature, MBDS is promising for a variety of applications, such as chemical/biological sensing, oil exploration and processing, food and drug quality control, disease diagnosis, and biothreat detection [2]-[5].
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