Abstract
It is shown how the single transmission time domain spectroscopy (TDS) method can be used to accurately determine the dielectric spectra of low-permittivity liquids in the gigahertz range up to 16 GHz. The method is tested on dilute solutions of trioxyethylene dodecyl ether and 1-hexanol in n-heptane, and dispersions with a dielectric increment of a few hundredths are characterized.
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