Iron-based core–shell nanostructures were synthesized by laser pyrolysis in a two-steps
procedure. In a first step, using a cross-flow configuration, the laser radiation was heating a …

Abstract Passivated iron nanoparticles (10–30 nm) have been synthesized by laser pyrolysis
of a mixture of iron pentacarbonyl and ethylene vapors followed by controlled oxidation. The …

The paper presents a magnetic and morphological characterization of iron-and iron-carbide-
based nanopowder obtained by the laser synthesis from a sensitized gas phase mixture …

Fe nanoparticles, with both fcc and bcc structures and with a C shell that protects against
oxidation, were generated by the laser-assisted photolytic chemical vapor decomposition of …

We develop a low temperature, organic solvent-free method of producing iron containing
carbon (Fe@ C) nanoparticles. We show that Fe@ C nanoparticles are self-assembled by …

Tungsten and iron/carbon composite nanoparticles were generated via ArF excimer laser-
assisted CVD from WF6/H2/Ar gas mixture and photolytic decomposition of ferrocene (Fe …

The paper briefly reviews some fundamental and applicative characteristics of the laser
pyrolysis technique. Recent developments of this method for the synthesis of iron-based …

Iron-carbon composite nanopowders have been synthesized by the CO 2 laser pyrolysis of
gas-phase reactants. The experimental device allows for a very low reaction time and a …

Multiphase composite nanoparticles presenting core-shell structures have been investigated
by performing a detailed correlation between their synthesis parameters and the structural …

Nanoparticles can be generated by several different gas phase methods, such as gas
deposition, laser-assisted chemical vapor deposition, and laser ablation. Some of the most …