For the first time we demonstrated the superiority of the mixture of monometallic compounds
over the bimetallic ones for the use in luminescence thermometers in terms of temperature …

Luminescent, heterometallic terbium (III)–lutetium (III) terephthalate metal-organic
frameworks (MOFs) were synthesized via direct reaction between aqueous solutions of …

Multimetallic neodymium–ytterbium–gadolinium compounds with 9-anthracenate and 9-
acridinate anions were tested in order to create the first luminescent thermometer for …

To obtain ratiometric temperature sensor with high sensitivity we have synthesized three
rows of bimetallic Tb-Eu hydroxybenzoates, whose sensitivity was expected to exceed the …

Ratiometric optical thermometers correspond to one of the most extensively studied
applications of luminescent lanthanide materials in recent years. Even though several …

An increase in the efficiency for a terbium-based OLED was achieved by introducing gold
nanoparticles into the PEDOT: PSS hole injection layer and was mainly due to the …

In this study, we successfully obtained for the first time a luminescent organic-based
thermometer that exhibits high reproducibility, stability, and functionality up to 400° C. Our …

In this paper we describe the results of the influence of temperature in the range of 280–340
K on the luminescence of bimetallic Eu/Tb complexes with N-heterocyclic ligand L based on …

Ratiometric luminescent thermometers, particularly lanthanide-based, become very
important, and long wavelength range is of particular interest due to low signal scattering …

Lanthanide coordination compounds contining multiple lanthanides are the most promising
candidate materials for luminescent thermometry. Sensing elevated temperatures requires …