In the frame of the 20th Anniversary of the Journal of Nanoparticle Research (JNR), our aim
is to start from the historical context 20 years ago and to give some recent results and …

Scanning transmission electron microscopy is a crucial tool for nanoscience, achieving sub-
nanometric spatial resolution in both image and spectroscopic studies. This generates large …

Formation of chemically ordered compounds of Fe and Au is inhibited in bulk materials due
to their limited mutual solubility. However, here we report the formation of chemically …

In this paper, we present some specific chemical and magnetic order obtained very recently
on characteristic bimetallic nanoalloys prepared by mass-selected Low Energy Cluster …

Bulk Au-Fe alloys separate into Au-based fcc and Fe-based bcc phases, but L 1 0 and L 1 2
orderings were reported in single-phase Au-Fe nanoparticles. Motivated by these …

The present work reports the formation of Fe-Au metastable alloys by galvanic replacement,
pressureless spark plasma sintering (SPS) and acid treatment. The reaction of partial …

The prospect of combining both magnetic and plasmonic properties in a single nanoparticle
promises both valuable insights on the properties of such systems from a fundamental …

Among various multi‐metal combinations, Au‐Fe nanoalloys are envisaged as prospective
materials for data storage applications. Here we report on the first successful achievement of …

Fe-Au nanoclusters ranging in composition from∼ 33 to 79 at.% Fe were prepared by inert
gas condensation. Resulting phases were single crystalline solid solutions for all …

We report the formation of complex core–shell and three-layer Mn–Bi nanoparticles in a
single step inert-gas condensation process. These structures have been achieved by …