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Complex permittivity, refractive index, absorption coefficient and loss tangent of the composite material have been investigated in the millimeter wave frequency range. The measurements have been performed by using two different techniques: first, free space quasi optical spectrometer equipped with high power sources of millimetre wave radiation tuneable in the 44 – 90 GHz frequency range and second, Dispersive Fourier Transform Spectrometer (DFTS) in the range of 100 – 600 GHz.

Millimeter wave spectroscopy and materials characterization of refractive liquid crystal polymer/titania composites