Photoelectrochemical properties of hierarchical ZnO micro-nanostructure sensitized with Sb2S3 nanoparticles

Our results show that in the analyzed wavelength range (0.5- 1.8) μm these particles pos sess smaller number of resonances and their resonant wavelengths, near field

The results obtained confirm that the recombination reaction was more pronounceable for eggplant, and all the photovoltaic parameters for the cells analyzed decreased, generating

The magnetic field is applied externally by a permanent magnet and by using a micro-PTV system it was possible to measure the flow behavior of magnetic nanoparticles at

Water glass modification with the colloidal solution of ZnO nanoparticles in propanol confirmed the effect of modifier on the water glass wettability of sand

In conclusion, we have synthesized spherical ZnO nanoparticles of average diameter ~ 100 nm using a simple wet chemical synthesis process. FESEM image revealed

Here we utilize an atomistic-level model of the human vimentin dimer and tetramer to study their response to mechanical tensile stress, and describe a detailed analysis of

In this work, three dye solar cells were assembled using ZnO electrodeposited at three different potentials to observe the effect these changes had on the conversion efficiency of

From the results, we conclude that n -type IZO polycrystalline films with high transmittance, high mobility and low resistivity were obtained on flexible transparent