Electrophoretic Deposition of Transparent ZnO Thin Films from Highly Stabilized Colloidal Suspensions

In the “big picture” perspective of the recent years that we have described in Brazil, Spain, Portugal and Puerto Rico there are some similarities and important differences,

In the second part of this thesis, the molecular and structural characterization of Ad5/FC31 light particles revealed that these particles lack genome and

GaAs NWs have been successfully grown by Ga-assisted VLS using different techniques [80, 82, 84, 87]; however, this kind of growth is still unclear in CBE. For that reason, we

Nevertheless, irrespective of the influence of size and surface charge in the specific uptake of particles by dendritic cells, it seems clear that the most

The characteristic morphology of the ZnO thin films is shown in the top-view FESEM image of Figure 3a, and a magnified cross- sectional image is shown in Figure 3b, which confirms

In this work commercial suspensions of colloidal alumina and titania have been used, as well as a mixture of both prepared to a weight ratio of 87/13, in order to compare the

The films that exhibit p-type behavior are the films grown at lower temperatures. At the same time, the thin films obtained at these temperatures present also a

In the present work, we account for the nature of charge carriers and complexity of morphology in realistic PEDOT films from the angstrom to the nanometer scale and provide