Synthesis and characterizations of a color tunable single-phased warm white phosphor Sr3Lu(BO3)3: Bi3+, Eu3+

Ba3Lu(BO3)3:Ce3+,Tb3+/Mn2+: Dual-Functional Material for WLEDs and Optical Pressure Sensing

“…Hence, the results further illustrated that the thermal quenching property of BLB:0.02Ce 3+ ,0.20Tb 3+ is better than that of BLB:0.02Ce 3+ ,0.10Mn 2+ , which is higher than the isostructural Ba 3 Sc­(BO 3 ) 3 :0.02Ce 3+ ,0.20Tb 3+ . The thermal quenching property of the samples (BLB:0.02Ce 3+ ,0.10Mn 2+ and BLB:0.02Ce 3+ ,0.20Tb 3+ ) is better than the most borate-based phosphors that have been published …”

Luminescence–structure relationships in solids doped with Bi3+

“…Note that several compounds reported in the archival literature do not appear in Table 5 because their crystal structure is either not available ( e.g. Ln 2 SO 6 (Ln = Y, Lu), 17 Sr 3 YAl 2 O 7.5 , 71 BaLa 2 Si 3 O 10 , 72 Sr 2 GdAlO 5 , 27 SrLaBO 4 , 73 LiLuSiO 4 , 74 Sr 3 Lu(BO 3 ) 3 , 75 LiYGeO 4 , 76 Ba 3 Sc 4 O 9 , 77 Ba 2 Ga 2 GeO 7 , 78 Gd 2 MgTiO 6 79 ) or too complex for the calculator that we have designed in this work ( e.g. Sr 2 V 2 O 7 (ICSD-10330), 80 Ba 3 Y 4 O 9 (ICSD-230718), 81 K 2 MgGeO 4 (MP-1212053), 82 Y 4 Al 2 O 9 (ICSD-63650) 83 Ba 2 Y 5 B 5 O 17 (ICSD-8356), 84 Na 3 YSi 3 O 9 (ICSD-20774), 85 Ca 3 Al 4 ZnO 10 (ICSD-120597), 86 CdSiO 3 (ICSD-170703), 87 Sr 3 Sc 4 O 9 , 88 AMB 5 O 10 with M = La, Gd, Y and A = Mg, Zn, and Cd, 89 Li 2 BaP 2 O 7 (ICSD-280927), 90 and MP 3 O 9 with M = Sc, Y, Lu).…”

Investigation of the luminescence properties and energy transfer mechanisms in Gd3TaO7:Bi3+,Eu3+ phosphors for their potential application in full-spectrum WLEDs

“…14 Currently, many studies have found that using a single-phase white phosphor is an effective solution in overcoming the aforementioned drawbacks, which is considered to be an efficient way to achieve high-quality white light emission. [15][16][17] Currently, there are primarily two effective methods for preparing single-phase white light emitting fluorescent powders. One approach involves incorporating one kind of activator ion into a matrix with multiple suitable doping positions, where the activator produces different emission bands in different lattice sites to achieve full coverage of the visible spectrum.…”

“…14 Currently, many studies have found that using a single-phase white phosphor is an effective solution in overcoming the aforementioned drawbacks, which is considered to be an efficient way to achieve high-quality white light emission. 15–17…”