Pulsed-laser deposition (PLD) is one of the most promising techniques for the formation of
complex-oxide heterostructures, superlattices, and well controlled interfaces. The first part of …

Pulsed laser deposition (PLD) is a unique technique to synthesize thin films, in which a
target is ablated by scanning a laser beam throughout its surface. Over other methods, PLD …

We report crater formation due to interaction of the high power laser pulse with the brass and
aluminum in water and air ambient. The deposited nanostructures on brass near and away …

Изложены базовые принципы и фундаментальные основы современной
фемтонанофотоники с акцентом на перспективы практического использования ее …

We report the comparative study of the effect of interaction of nano-second and pico-second
laser pulse incident on the solid copper target placed in ambient of air and magnetic field …

The nanosecond laser ablation technique was used to synthesize thin silicon oxide films of
various stoichiometry in vacuum and in a background gas. The local oxidation degree of …

Nanostructure formation on bulk noble metals (copper, gold and silver) by a femtosecond
laser was studied aiming at the production of low-reflectivity surfaces. The target surface was …

Hydrogenated carbon nitride (a-CN: H) films were deposited on n-type (100) silicon
substrates making use of direct current radio frequency plasma enhanced chemical vapor …

A comprehensive study on deposition of copper nanoclusters back on to the laser ablated
target in combined ambient of gas and a magnetic field is reported. The characteristics and …

Nanostructure formation on bulk metals (copper, gold, and silver) by picosecond (FWHM=
10 ps) Nd: YAG laser irradiation was studied aiming at the production of low-reflectivity …