Synthesis and characterization of Dy3+ doped zinc–lead-phosphate glass

Effect of Dy3+ ions concentration on optical properties of lead borosilicate glasses for white light emission

“…If e is very high for the emission transition, then that transition Table 7 Tri-stimulus values (X, Y, Z), CIE chromacity color coordinates (x,y) and yellow to blue (Y/B) intensity ratios for the Dyx:LBS glasses. more attractive feature for low threshold and high gain, continuous wave laser action operation [30]. The laser characteristic parameters such as gain bandwidth ( e × eff ) and optical gain ( e × exp ) parameters for the 4 F 9/2 → 6 H 13/2 transition are found to be 50.…”

Excitability of high-energy ultraviolet radiation for Dy3+ in antimony phosphate glasses

“…Transition temperature (Tg) is measured to be 402°C, and no crystallization onset point (Tx) is observed below the temperature of 570°C. Thus, the thermal stability range (∆T = Tx − Tg) is calculated to be more than 150°C, which is broader than that in germanate glasses (67°C) [48] and phosphate glasses (∼100°C) [49], indicating that Dy 3+ doped ZASP glasses have better anti-crystallization ability in a wide temperature range, which is beneficial to drawing glass fiber. …”

Physical properties and thermoluminescence of glasses designed for radiation dosimetry measurements

“…After determination of the ion concentration, three other related physical properties can be calculated using the standard relations [29,30]:…”