The undergraduate research by Gus Derroso at @unicampoficial and the great work by @RafaelPerrella led to our latest contribution in @ACS_Omega, discussing how improper signal processing affects quality parameters in luminescence thermometry. Congrats! https://t.co/mH8BFvDldK
In our last contribution in @JPhysChem C we comment on the fundamental aspects ruling the limits of luminescence quantum yields for extremely small oxide-based luminescent nanoparticles. Congrats to this @unicampoficial and @Polytechnique collab! https://t.co/K95XjV9dxP
Stay up to date with the latest research like 'Nanoporous YVO4 as a luminescent host for probing molecular encapsulation' @unicampoficial ; @warwickchem ; @deSousaFilho_PC
Now included in Fundamental Processes in Optical Nanomaterials Collection
https://t.co/Q37JtN8knx
The MSc work of Milena Brito is on @ChemmCommun! We show how reverse microemulsions enable the encapsulation of dye molecules in the cavities of luminescent nanoporous rare earth vanadates! Congrats to all authors of @unicampoficial and @warwickchem ! https://t.co/3d6cN4HujV
We show on @CGD_ACS how to produce water dispersible, highly crystalline oxide nanoparticles with luminescence performance and photostability approaching those of bulk materials. Congrats to all authors of this @unicampoficial and @Polytechnique collab! https://t.co/gn9HS9cv4P
Última prova do semestre e não pude deixar de disponibilizar esta cola muito bem elaborada para a minha turma de química de organometálicos! @medoedeliriobr
New Research: Spectroscopic characterization of rare events in colloidal particle stochastic thermodynamics: Given the remarkable developments in synthetic control over chemical and physical properties of colloidal particles, it is interesting… https://t.co/J9fpx3d6iy #chemistry
The Phosphor Handbook would say (section 3.3.3.10): “YVO4 is a good host material for various Ln3+ ions..., however, Tb3+ does not luminesce in this host”. Or does it? Check out in @NanoLetters! Congrats to all authors! #Unicamp@warwickchem https://t.co/1nO1MrBFDM