Abstract
It is shown that impurities introduced by thermal diffusion can improve propagation properties of surface waves excited on unpolarized ceramic plates using an interdigital arrangement of electrodes. In BaTiO3 ceramics, CO2O3 reduces the attenuation constant of surface waves to one-half the values obtained with specimens with no added impurities. In the most favorable case, the output voltage due to the surface waves increased by a factor of 3.
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