Abstract
The effect of Zn–Ti substitution on the infrared spectroscopy, elastic, dielectric, and resistivity properties of CoZnxTixFe2−2xO4 ferrites (where x= 0.0–0.4 in steps of 0.1) is investigated in the paper. All the samples were synthesized by the sol–gel method. Infrared spectroscopy shows two major absorption bands indicating that the prepared samples are in spinel structure. Elastic properties and dielectric properties are measured at room temperature and Zn–Ti is substitution dependent. The dc resistivity is measured using a two-probe method in the temperature range 300 to 650 K. The dielectric constant decreased whereas dc resistivity increased with the Zn–Ti substitution. The elastic constant decreases with increases in Zn–Ti ions.
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