Synthesis, characterization and optical properties of a red organic–inorganic phosphor based on terephthalate intercalated Zn/Al/Eu layered double hydroxide

Layered Double Hydroxide Materials: Assembly and Photofunctionality

“…Additionally, the photosensitizer could also be incorporated into the interlayer of rare-earth-doped LDHs to obtain an advanced performance. For example, F€ orster resonance energy transfer (FRET) process could occur between the interlayer guest and doped ions in the host layer of LDHs [30][31][32], which leads to enhanced fluorescence. 4 LDH-Based UV-Shielding Materials and the Applications…”

Investigation of Structural and Luminescent Properties of Sol-Gel-Derived Cr‑Substituted Mg3Al1−xCrx Layered Double Hydroxides

“…Considerable attention has been focused on incorporating different elements into LDH host layers to develop new functional materials that resemble designed optical properties. The effect of sensitising anions [ 22 ], multiwavelength luminescence [ 23 ], the size effect [ 24 ] and the influence of carboxylate [ 25 ] and terephtalate [ 26 ] on the optical properties of lanthanide-containing LDHs was investigated. Moreover, series of LDHs and mixed-metal oxides with different lanthanide cations were also prepared [ 27 ].…”

Sol-Gel Derived Lanthanide-Substituted Layered Double Hydroxides Mg3/Al1-xLnx

“…Considerable attention has been focused on incorporating of rare earth elements into LDHs host layers to develop new functional materials, which resemble designed optical properties [5][6][7][8][9][10][11]. The rare earth doped luminescent materials have drawn increasing attention as potential phosphor materials for use in optical devices [12].…”