Abstract
Transparent antennas and electromagnetic-wave shielding using existing optically transparent electrodes (TEs) such as indium tin oxide, MLF, and metal mesh were investigated. We analyzed the optical and electrical characteristics of a liquid TE using saltwater compared to those of conventional solid TEs. Saltwater with a salinity of 35 ppt (conductivity=5 s/m) has an average transparency of >95% in the visible band. A planar saltwater layer with a 3 mm thickness has a shielding effectiveness performance of >22 dB.
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