Characterization of Fe and Fe50Ni50 ultrafine nanoparticles synthesized by inert gas-condensation method

Synthesis and characterization of ultra-small magnetic FeNi/G and NiCo/G nanoparticles

“…Synthesis and characterization of nickel-iron alloys has recently been investigated by several research groups. Most of them deal with uncoated FeNi nanoparticles [8][9][10][11][12] and FeNi coated with silica [13], AlO x [10] and carbon [14][15][16]. However, fewer studies can be found on the synthesis of NiCo alloy nanoparticles [17][18][19][20] and, to the best of our knowledge, none of them synthesized carbon coated particles.…”

“…Since the properties of nanoparticles are mainly determined by their mean size, size distribution, shape, crystalline structure, and chemical composition, the characteristics of the powders must be controlled during the production of the nanoparticles so that they are suitable for specific applications. This is the reason why production methods such as arcdischarge, mechanical alloying and hydrogen plasma-metal reaction [8] are continuously under investigation.…”

Inert gas condensation made bimetallic FeCu nanoparticles – plasmonic response and magnetic ordering

“…It is known that exposure of nanostructures to ambient conditions may lead to undesirable effects such as agglomeration and oxidation. Expanded agglomeration of NPs depends on the temperature and their magnetic properties, 61,62 whereas the oxidation of NPs depends on the reduction potential of the material that builds the NPs, surface development, and temperature. Very often, the native self-oxidation mechanism of nanoparticles leads to the creation of a core-shell composition, with a metallic core and metal oxide shell(s).…”

“…Very often, the native self-oxidation mechanism of nanoparticles leads to the creation of a core-shell composition, with a metallic core and metal oxide shell(s). [62][63][64] Even slight changes in the chemical composition of nanostructures can drastically affect the surface enhancement or magnetic properties. To avoid surface oxidation of the nanostructures, an additional coating layer of graphene 65 or noble metal 66,67 is introduced.…”

Effect of Different Parameters on Synthesis of MoO3Nanopowder by the Evaporation–Condensation Technique

“…In this method, most of the product's properties can be controlled relatively easily by either adjusting the process parameters or by adding extra processing steps [3,5]. Nanoparticles of metals, metal-oxides, semiconductors, and hybrid materials have been produced by IGC method [6][7][8][9][10][11][12][13][14]. Kimoto et al in 1963 developed this method for the production of fine metal particles [11].…”