An organic flexible optoelectronic device (f-OLED), composed by a conductive polymeric substrate (PEDOT:PSS) and a composition-controlled semiconductive layer of ZnO was designed based on the industry’s requirements of ...

In the present work, cobalt ferrite nanocrystals were synthesized under size-controlled conditions in aqueous phase and incorporated into a polyimide matrix at various volumetric loads. Synthesized 20nm-cobalt ferrite ...

In the present work, the precise characterization of structural and thermomechanical properties of alginate films was evaluated. For this aim, sodium alginate films crosslinked with divalent Ca2+ and Ba2+ ions were synthesized ...

Nanofluids, which are based on the use of nanoscale particles suspended in a base fluid, have become a new alternative for improving heat management technology. Ultra fine and monodisperse solid silver particles are a very ...

The present work addresses the systematic study of the synthesis and characterization of cobalt nanoparticles produced in polyol solutions. The kinetics of the metal forming reaction strongly influenced the stability ...

Stable suspension of nanometer solid particles in suitable solvents, so-called nanofluids, has shown enhanced thermal conductivity when compared with the fluid base; therefore, the preparation and characterization of these ...

The search for alternative ways of collecting, storing and reusing energy has motivated our research to investigate multifunctional materials based on the perovskite structure, such as Bismuth ferrite (BFO). Our scope was ...