The photophysical process of lanthanide (III) ion is based on the 4f-4f transition, which is the
Laporte forbidden with narrow emission band and long emission lifetime. The 4f-4f emission …

Materials based on Eu 3+ coordination compounds thanks to their intense red emission
have great potential for applications, and the ability to control the processes of excitation and …

Luminescence thermometry allows the remote monitoring of the temperature and holds the
promise to drive the next generation of future nano or micrometric devices. Materials able to …

Lanthanide-based luminescent materials have unique properties and are well-studied for
many potential applications. In particular, the characteristic 5d→ 4f emission of divalent …

Fluorescent nanothermometers based on thermal-dependent lifetime have a significant
advantage in biological imaging owing to their immunity toward scattering, absorption, and …

Eu (III) complexes emit red light with a high color purity and have consequently attracted
attention for development toward display and physical sensing applications. The …

This work reports the structural characterization and photophysical properties of DyIII, TbIII,
and EuIII coordination polymers with two phenoxo-triazole-based ligands [2, 6-di (1 H-1, 2, 4 …

Transition metal complexes provide photofunctional properties through the charge transfer
excited states of their metal ion and organic ligand components. Recently, there are …

In pursuit of a new family of mechanically responsive luminescent materials, it is aimed to
differentiate triboluminescence (TL) from photoluminescence (PL). A β‐diketonate ligand …

The reactions of Eu (III) and Tb (III) hexafluoroacetylacetonates (hfac−) with 2, 4-bis
(diphenylphosphino) pyrimidine dioxide (L1), 4, 6-bis (diphenylphosphino) pyrimidine …