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• W4285123207 abstract "Glasses have attracted much technological and practical attention due to their unique physical and chemical properties, which depend on the structure that they accommodate. In particular, heavy metal oxide glasses have attracted the attention of many scientists due to the combination of their properties such as low melting temperatures, chemical durability and stability, a high dielectric constant, low phonon energy, a broad optical transmission window, and high linear and nonlinear refractive indices. One of their delightful properties is their strong nonlinear optical (NLO) behavior with which the materials are applicable for the fabrication of electronic devices, optical switches, optical waveguides, etc. Many organic, inorganic, and semiorganic materials with high polarizability are understood to be suitable candidates for the NLO study. Yet, the total polarization of the material hinges on its non-centrosymmetric properties, which were originally formed by the direction of the interrupting field. The growing interest in bismuthate glasses is due to their promising applications in the field of optoelectronics and nonlinear optics as photonic switches. They exhibit third-harmonic generation due to their low melting temperatures, extensive glass formation range, physical stability, high refractive index, and high nonlinear optical susceptibility. Similarly, tellurite glasses have gained much importance for their exclusive properties such as a broad optical transmission window, a high dielectric constant, low phonon energy, and high linear and nonlinear refractive indices. Similarly, germanium oxide glasses are also preferred in many optoelectronic uses for various purposes including optical and radiation applications. In this chapter, we will address the optical properties, the second-harmonic generation property toward NLO applications, and radiation-shielding properties of heavy metal oxides and their compositional glasses using various characterization techniques. Besides, computational studies will also be included to shed light on the origin of the enhanced optical properties in terms of physics." @default.
• W4285123207 created "2022-07-14" @default.
• W4285123207 creator A5031928692 @default.
• W4285123207 creator A5034642372 @default.
• W4285123207 creator A5039043800 @default.
• W4285123207 creator A5053942967 @default.
• W4285123207 creator A5070365811 @default.
• W4285123207 date "2022-01-01" @default.
• W4285123207 modified "2023-09-25" @default.
• W4285123207 title "Heavy metal oxide glasses and their optoelectronic applications (infrared transmission, luminescence, nonlinear optical susceptibilities, etc.)" @default.
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