Laser Formation of Semiconductor Coatings using Droplet Technology

AbstractThe results on laser production of semiconductor nanoparticles under continuous laser action of near-by infrared range (up to 106W/cm2) on a massive PbX sample in a liquid are presented. The method of drop deposition for setting PbX quantum dots on a substrate has been considered. With the use of a simulation model there have been described the features of forming a deposited layer in the process of drop evaporation

Structure and magnetic properties of Ni-N nanofilms

All range of nanostructured films of nickel nitrides is synthesized by the method of magnetron sputtering (from the phase of Ni and up to the phase of Ni₂N) and was investigated the change in the magnetic properties. We found out the globular structure of paramagnetic phases of Ni₃N and Ni₂N, and also the ferromagnetic behavior of Ni₄N phase is confirmed

Laser-assisted deposition of colloidal nanoparticles for creation fractal bimetallic structures, Laser–assisted periodic nanostructure formation in dielectric materials: formation mechanisms

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