Abstract
TiO2 doped diamagnetic 50.8TeO2-29.2PbO-(20−x)B2O3: xTiO2 (where x=0, 2, 5, 10, 15 and 20mol% respectively) glasses were synthesized and characterized in terms of their glass forming, structure, spectra and Faraday rotation using a home-made optical bench. The doped TiO2 not only decreased glass transition temperatures, but also increased refractive index, Vickers hardness (352HV), optical cutoff wavelength (458nm) and Faraday rotation (0.2043min/G·cm) at 632.8nm wavelength.
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