Carole Daiguebonne

TL;DR: The isostructurality of the compounds with the previously reported Tb-containing polymer is ascertained on the basis of their X-ray powder diffraction diagrams and the luminescence properties of all the compounds have been recorded and the two most luminescent polymers have been studied in more detail.

TL;DR: It is demonstrated here that strong fundamental research is a very effective tool to create a technological breakthrough that allows the development of efficient applicative research and competitive products and finally contributes to economic growth.

TL;DR: The thermal investigation of [Dy(hfac)(3)(PyNO)](2) shows that the dimers can be sublimated intact, suggesting their possible exploit as active materials for surface-confined nanostructures to be investigated by fluorimetry methods.

TL;DR: The random character of the spatial distribution of the metallic ions is demonstrated and the solid-state luminescent properties of compounds belonging to the ternary system are studied and compared to those of the corresponding mixtures.

TL;DR: Structural evidence is presented that the disorder of the acetic acid of crystallization induces sizable distortion of the Mn(III) sites, giving rise to six different isomers, which leads to an improved simulation of electron paramagnetic resonance spectra and justifies the tunnel splitting distribution derived from the field sweep rate dependence of the hysteresis loops.