… emitting facial tris(2-phenylpyridine) iridium; (right) a rare example of a deep blue emitting
iridium tris… 91 Figure 3.8: (Top) Color tunability by changing the π-donor ability of the carbazole …

… ligands because they provide widely tunable emission energies and high quantum yields …
density through the additional C=C group in the backbone of phen and the Me substitutes …

… 3 ), in solution or the solid state, depending on the substitution pattern of the R group [3,4,5]. …
compounds have found applications in organic light emitting diodes (OLEDs), medicinal …

… Using TEOA as the amine, the influence of the substitution pattern on the photoinitiating
ability could be examined. Thus, it was found that the introduction of halogens on the pendant …

… It was shown that in the presence of tris(pentafluorophenyl)boron, hydridosilanes react
with … be used to obtain luminescent elastomers for application in light emitting diodes [148,149] …

… Furthermore, efficient energy transfer from one luminescent metal (donor) to another (acceptor)
to produce a tunable emission can be achieved in heterometallic compounds. (32) In …

… We report a straightforward and clean method to synthesize α-aminophosphorus
compounds using an iridium photosensitizer under visible-light and aerobic conditions. …

… NTRs play a central role in mediating the toxicity of nitro-substituted … tunable for hypoxia
sensing. A molecular approach for PLIM probes was investigated by Vinogradov's group through …

… Figure 2.2 Using variously substituted IMP anions under … using computational approaches
to explain the photophysical behaviors of two-coordinate Cu complexes for light emitting diode …

… PL materials can serve as promising candidates for organic lightemitting diodes (OLEDs),17
as photocatalysists3,18,19 as well as photosensitizers for lightharvesting in solar cells.…