Luminescence of Pb²⁺ Centers in SrS and SrSe Phosphors

Photoluminescent properties of Ba2ZnS3:Mn phosphors

“…Among many semiconductors, wide band gap II-IV compounds such as zinc chalcogenide ZnS [1][2][3] and ZnSe [4][5][6] and alkaline-earth chalcogenide MgS [7][8][9], CaS [10][11][12], SrS [13][14][15] and BaS [16][17][18] doped with activated emission centers are well known to be efficient luminescent materials for the realization of multicolor electroluminescent and cathodoluminescent devices. For emission centers, the transition metal ions and rare-earth ions are found to be suitable.…”

The influence of processing parameters on photoluminescent properties of Ba2ZnS3:Ce phosphors by double-crucible method

“…Rare-earth doped wide band gap II-VI compounds such as the zinc chalcogenide ZnS [1][2][3][4][5] and the alkaline-earth chalcogenides (AES) MgS [6][7][8], CaS [9][10][11], SrS [12][13][14], and BaS [15][16][17] are known to be efficient luminescent materials for the realization of multicolor electroluminescent and cathodoluminescent devices. There is considerable interest in Ce-doped wide band gap phosphor materials for the achievement of full color luminescence because they have the potential to generate blue light with a broad band emission from the 5d-4f transition of Ce 3+ .…”

Luminescence et transition non radiative 3T1u → 3A1u dans le luminophore BaS:Bi3+

“…Les appareils spectroscopiques utilises pour la mesure sous l'excitation continue ont BtB d6crits dans un article precedent [3]. Pour mesurer la constante de declin de la phosphorescence et le spectre de phosphorescence decomposee au ralenti nous nous sommes servis d'un intkgrateur boxcar digital (ModBle BX-531, NF (Japon)) et de trois sortes de sources lumineuses fournissant du rayonnement d'excitation discontinu.…”