Lanthanide materials for laser and luminescent device applications - Praveena, R.;Jayasankar, C. K.
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In recent years, optically active glasses offer a broad range of applications; the functionally can be modified by appropriate doping. The design and development of optical devices such as solid state lasers, optical fiber amplifiers, optical storage materials, light converters, sensors, phosphors, acousto-optic modifiers and 3D waveguides, etc., require a detailed spectroscopic study of the optical properties such as emission peak wavelength, bandwidth, emission cross section, phonon energies, etc. In view of the key role of lanthanide spectroscopy in science and technology especially in…mehr

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Produktbeschreibung
In recent years, optically active glasses offer a broad range of applications; the functionally can be modified by appropriate doping. The design and development of optical devices such as solid state lasers, optical fiber amplifiers, optical storage materials, light converters, sensors, phosphors, acousto-optic modifiers and 3D waveguides, etc., require a detailed spectroscopic study of the optical properties such as emission peak wavelength, bandwidth, emission cross section, phonon energies, etc. In view of the key role of lanthanide spectroscopy in science and technology especially in lasers, fiber amplifiers, white light phosphors, etc., the present book, therefore, focuses on to study the optical and fluorescence properties of lanthanide-doped oxide glasses.
Autorenporträt
Dr Praveena received M.Sc, M.Phil and Ph.D degree from the Department of Physics, Sri Venkateswara University, Tirupati during 2001-2008. She did her post doc in UK and South Korea. She received Young Scientist Award from A.P Akademi of Sciences in 2014. To her credit she got two major research projects from DAE-BRNS and DST-SERB, Govt. of India.