Composition Influence on the Thermo-optical Properties and Luminescence Efficiency of Europium-Doped Calcium Aluminosilicate Glasses

Analysis of the Thermo-Reflectivity Coefficient Influence Using Photothermal Pump–Probe Techniques

“…1.555 À4:5 Â 10 À6 --CAS7 17 1.66 6:9 Â 10 À6 --CAS35 17 1.61 4:5 Â 10 À6 --PC 20 1.584 À1:01 Â 10 À4 --PMMA 20 1. In the TM technique, the probe beam interacts only with one interface, while in the TL technique the beam passes through two interfaces.…”

“…For the TL technique, the properties used were those of two semi-transparent samples, polycarbonate (PC) and CAS35. 8,17,20 Figure 2a shows results for cw laser excitation, whereas a pulsed laser excitation is considered in Figure 2b. The phase shift solutions used are those described in the literature for cw excitation and pulsed excitation.…”

Luminescent properties and energy transfer of Gd3+/Eu3+ co-doped cubic CaCO3

“…Rare earths are characterized by their partially filled 4f-shell which allow for radiative and non-radiative transitions of characteristic frequencies in the electromagnetic spectrum. As an efficient red luminescent activator, trivalent europium (Eu 3+ ) was widely doped in the hosts of silicate [4], titanate [5][6], fluoride [7][8], aluminosilicate [9], oxysulfide [10], and metal oxide [11]. The materials doped with europium ions show intense red emission and exhibit important applications in the field of lighting and displays.…”

One-pot synthesis of hydrophobic and enhanced red-emitting CaCO3:Eu3+ phosphors

“…Inorganic phosphors doped with rare earth ions have attracted extensive attention owing to their remarkable luminescence properties and applications. [1][2][3] As an efficient red luminescent activator, trivalent europium (Eu 3+ ) was widely doped in the hosts of titanate, 4,5 silicate, 6,7 aluminosilicate, 8 fluoride, [9][10][11] oxysulfide, 12,13 and metal oxide. 14 The synthesis methods include the high-temperature solid-state reaction method 15 and wet chemistry methods such as co-precipitation, 16,17 hydrothermal synthesis, [18][19][20] colloidal chemistry 21 etc.…”