Optical and Photo-Electrochemical Properties ofConducting Polymer/Inorganic SemiconductorNanoparticle

5 ème conférence internationale des énergies renouvelables ( CIER 17 ) période du 20 au 22 décembre 2017 a Souse, Tunisie.. Electrochemical, Structural, and optical properties of

SnO 2 thin films were electrodeposited on fluorine tin oxide substrate in nitric acid solution. The films were found uniform, adherent to the substrate and

Characterizations of the samples were performed by X-ray diffraction (XRD), Atomic Force Microscopy (AFM) and the diffuse reflectance of the films was measured using

The optical reflectance data have been used to estimate the band gap energy and the optical constants by employing a well-known analysis to determine absorption

As-deposited films were amorphous, and the XRD studies showed that the formation of anatase phasewas initiated at annealing temperature close to 400 °C.. The grain size of the

First evidence of structurally induced optical transitions were reported recently in a Si/Ge (4x4ML) SLS grown on Si(100) substrate using electroreflectance

32 x 64 devices), such as locating the maximum light intensity or integrated intensity of optical input patterns, and transcription of optical information from one thyristor array

If a class of graphs C has bounded clique-width c, and there is a polynomial f such that for every graph G in C with n vertices and m edges a c-expression can be found in time O( f (