The B2-ordered intermetallic magnetic compound FeRh exhibits a thermodynamically first-
order phase transition in the vicinity of room temperature that makes it a highly intriguing …

Twenty one years ago, the discovery of the giant magnetocaloric effect (GMCE) at room
temperature completely revolutionized the magnetocaloric materials field demonstrating the …

Among the magnetocaloric materials featuring first-order phase transitions (FOPT), FeRh is
considered as a reference system to study the FOPT because it is a “simple” binary system …

Preparing and exploiting phase-change materials in the nanoscale form is an ongoing
challenge for advanced material research. A common lasting obstacle is preserving the …

The search for the lowest potential energy configuration of nanoalloys is a challenging
global optimization problem. As size increases above 100 atoms (∼ 1.5 nm), the …

The origin of the metamagnetic antiferromagnetic-ferromagnetic phase transition of FeRh is
a subject of debate. Competing explanations invoke magnetovolume effects or a purely …

Near-equiatomic, chemically-ordered iron-rhodium (FeRh) alloy is a fundamentally
interesting material that may become useful in niche applications making use of its unique …

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 …

FeRh alloys in the CsCl-type (B2) chemically ordered phase present an antiferromagnetic to
ferromagnetic order transition around 370 K observed in bulk and continuous films but …

A novel endeavor based on the synthesis, characterization and study of a hybrid crystalline
magnetic nanostructured material composed of bimetallic iron–rhodium nanoalloys, grown …