Optical and spectroscopic properties of Eu 2 O 3 doped CaBAl glasses

Optical, spectroscopic, and thermo‐optical properties of Nd2O3‐doped CaBAl glasses

“…The optical absorption spectra of Nd 2 O 3 ‐doped CaBAl glasses are shown in Figure A. For better visualization of the bands, Cabal Base, are shown. The absorption spectra of the doped glasses presented characteristic narrow bands due to the presence of the Nd 3+ ion in the glass matrix.…”

“…Optical and spectroscopic properties of various rare earth (RE) ions‐doped oxide glasses have been widely investigated for several years due to their potential technological and commercial applications, such as solid‐state laser, waveguide lasers, and optical amplifiers …”

“…Optical and spectroscopic properties of various rare earth (RE) ions-doped oxide glasses have been widely investigated for several years due to their potential technological and commercial applications, such as solid-state laser, waveguide lasers, and optical amplifiers. [1][2][3][4][5][6] Nd 3+ was the first of the trivalent rare earth ions to be used in a laser, and has been one of the most studied rareearth elements. 7,8 Neodymium-doped glasses have intensely been investigated, once neodymium has been recognized as one of the most efficient rare-earth ions for solid-state lasers due to its intense 4 F 3/2 ?…”

Enhanced and tunable white light emission from Ag nanoclusters and Eu3+-co-doped CaBAl glasses

“…As an alternative, rare earth metal (RE) doped glass phosphors have attracted large amounts of attention, due to their chemical and thermal stability, luminescent performance, low cost and easier large scale production, compared to crystalline systems. [4][5][6][7][8][9][10] Many investigations have focused on the co-doping of noble metals in glass systems in order to improve the RE luminescence properties. Preliminary works in this eld focus on the combination of RE elements with these transition metals.…”

“…CaBAl glass stands out due to its excellent optical and chemical properties, such as high optical transparency, low melting temperature, high thermal stability, high chemical durability and high rare earth solubility. 4,7,22 Moreover, the incorporation of CaF 2 in the composition leads to a phonon energy decrease in these glasses, which can improve their quantum efficiency. 4,23 In this work, Ag:Eu-co-doped CaBAl glasses were prepared.…”