Optical and electrical properties of polymer dispersed nanoparticles.

The emissive properties of the quantum dots are probed by photoluminescence spectroscopy and from the energy of PL band band-gap transition an estimation of the nanoparticles

Thermo-reversible polymer networks based on Diels-Alder chemistry: effect of blending on mechanical properties.. Relatore

This paper provides a mechanical characterization of strain sen- sors realized by inkjet printing on a polymer substrate conductive tracks based on a PEDOT:PSS-based ink or on an

Next, we investigate the optical properties of the polymer planar microcavity. 3a reports its reectance spectra recorded on six different spots of the sample surface. The six

Both types of nanoparticles present organic functional groups on their surface, hence they can have similar surface properties – which is important in determining their

Zinc oxide (ZnO) nanoparticles were successfully synthesised in solvothermal batch reactor using zinc acetate as precursor and ethanol as solvent, without any surfactant

The physical properties of the hybrid interface have been investigated starting from the P3HT alone, going through the metal oxide/polymer interface and concluding with a ternary

We predict the optical properties - in particular optical absorbance and Reflectance Anisotropy Spectra (RAS) - of the silicon(001) surface organically functionalized by the