Nanoparticle structures obtained using photovoltaic tweezers and their applications in photonic devices

In this study, we showed that blue light simulating a chronic exposure to digital devices, induced oxidative stress in HDF, damaged mitochondria by changing their morphology

The surface charge density produced by a temperature change in this pyroelectric material is the origin of the trapping forces: dielectrophoretic on neutral particles

The results are shown in Fig.1a for N = 30 (for the sake of uniformity in distribution of the lattice sites over distance r, the distance to the collector was taken equal to 30.5a)

For clean nanoparticle arrays with equal spin polarization in both electrodes and short range interactions, when the spin relaxation time is long, spin accumulation not only appears

The quality of patterns obtained with nanometric fragments is even better than previous results using photovoltaic tweezers with inorganic micro- and nano-particles.. In fact,

By subtracting the two trends obtained for the PC and the SiO 2 /Si substrates, the thickness dependent band gap gauge factor, i.e., the change of bandgap per % of biaxial strain,

Presently, all the results obtained using a one-hour-ahead prediction are presented, i.e., the prediction of the total amount of photovoltaic energy generated for the next hour by

Finally, photovoltaic devices based on CZTSSe using the synthesized compounds as precursors for absorber thin films solar cells were manufactured and characterized