Ba3(ZnB5O10)PO4:Tb3+ green phosphor: Microwave-assisted sintering synthesis and thermally stable photoluminescence

Thermometric properties of Na 2Y 2TeB 2O 10:Tb 3+ green phosphor based on fluorescence/excitation intensity ratio

“…(S2) in the ESM. The CP values are above 73% (Table 2), which is well comparable to the data of the Tb 3+ -activated phosphors reported such as 73% for Bi 3 TeBO 9 :0.11Tb 3+ [31], 19.8% for Sr 3 Gd(PO 4 ) 3 :0.01Tb 3+ [39], 68% for Ba 3 (ZnB 5 O 10 )PO 4 : 0.07Tb 3+ [43], 64.13% for CaLa 4 Si 3 O 13 :0.07Tb 3+ [44], and 86% for Na 3 La 0.92 (VO 4 ) 2 :0.08Tb 3+ [45].…”

Dual-emissive persistent luminescent phosphors for multi-mode anti-counterfeiting and ratiometric luminescent aptasensors

“…The characteristic peak of Tb 3+ (542 nm), attributed to 5 D 4 → 7 F 5 , was quenched with increasing Bi 3+ concentration, resulting in yellow fluorescence. 31 Compared to the ZGO host, with separate doping of Tb 3+ and Bi 3+ , the number and position of peaks of PL curves and PersL curves were slightly changed and could be well fitted as band A and band B (Fig. S5 †).…”

“…The characteristic peak of Tb 3+ (542 nm), attributed to 5 D 4 → 7 F 5 , was quenched with increasing Bi 3+ concentration, resulting in yellow fluorescence. 31…”

Unclonable fluorescence of MgO‐ZrO2:Tb3+ nanocomposite for versatile applications in data security, dermatoglyphics

“…Typically, its 4f-4f transition from the excited state 5 D 4 to the ground state 7 F 5 , which appears at about 540 nm, dominates visible light emission (green). [31] The most often utilized techniques for creating nanostructured MgO-ZrO 2 include sol-gel, mechanical alloying, co-precipitation, plasma spraying, etc. [32][33][34][35][36] However, these synthetic technologies suffer from issues including high energy consumption, difficult preparation, and poor reproducibility, among others.…”

“…Typically, its 4f‐4f transition from the excited state 5 D 4 to the ground state 7 F 5 , which appears at about 540 nm, dominates visible light emission (green). [ 31 ]…”