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Electromagnetic band gap CNT based resonator for DNA detection

The paper presents measurements of microwave propagation in electromagnetic band gap (EMBG) CNTs based resonator for DNA detection. A new EMBG structure with coupled lines as a defect in the structure in order to obtain a EMBG resonator is proposed. We report on sensing of DNA wrapped on multi walled carbon nanotubes (CNTs) deposited over a coupled lines area of EMBG resonator. The DNA is revealed by a shift of the resonance frequency and an averaged phase shift of 20 degrees for a broadband frequency range of 6–20 GHz.