Blue emitting amino-DPQ with PS and PMMA phosphors for organic light emitting diode

Synthesis of CaWO4:Ln3+ nanocomposites with high transparency via ligand‐assisted re‐precipitation method

“…So, the same loading ratio has different luminescence intensity in PS and PMMA. Similar phenomena have been reported in other reports, a part of which can be found in previous studies 29,30 …”

“…Similar phenomena have been reported in other reports, a part of which can be found in previous studies. 29,30 The nonuniform high packing ratio film is a combination of Mie scattering and Rayleigh scattering. When the filling amount is large, the scattering becomes more complex, and the light in these particles will produce additional internal interference and multi-level electromagnetic moments.…”

Photoluminescent properties of novel design heteroleptic Zn(II) complexes

“…The photoluminescent bis(8‐hydroxyquinoline) zinc (Znq 2 ) complex is the most important light emitter and electron transport material for developing OLEDs. The luminescence properties of quinoline derivatives and complexes with different substitutions on the quinoline ring have been reported as being low‐cost, non‐toxic and energy‐efficient materials for OLED applications . In OLEDs, Mq n coordination compounds act as electron transport materials and it has been suggested that this ability arises from π–π interactions between adjacent molecules …”

“…The luminescence properties of quinoline derivatives and complexes with different substitutions on the quinoline ring have been reported as being low-cost, non-toxic and energy-efficient materials for OLED applications. [4][5][6] In OLEDs, Mq n coordination compounds act as electron transport materials and it has been suggested that this ability arises from π-π interactions between adjacent molecules. [7][8][9][10][11][12] The recombination of an electron-hole generates a triplet excited state for maximum OLED light output.…”

Photoluminescence studies of trichloro-DPQ organic phosphor

“…Organic polymers are promising materials for use as in bendable displays, solar panels, and smart materials [1][2][3][4][5][6] as the active layer in optoelectronic devices such as fieldeffect transistors (FET) [7], light-emitting diodes (LEDs) [8] and photovoltaic cells [9]. Most organic semiconductors are based on п-conjugated molecules, ranging in size from small molecules to polymers.…”