Iron (Fe) is the most important ferromagnetic element, not only for its high magnetic moment
and high Curie temperature but for its abundance as well. Fe-based magnetic materials are …

Permanent magnets are applied in many large‐scale and emerging applications and are
crucial components in numerous established and newly evolving technologies. Rare‐earth …

Iron phosphide (Fe2P) crystallizes in its own hexagonal crystal structure type (h-Fe2P). As
found in meteorites, orthorhombic polymorph (o-Fe2P) was originally reported as a high …

While rare-earth magnets exhibit unchallenged hard-magnetic properties, looking for
alternatives based on inexpensive elements of non-critical supply remains of utmost interest …

Fe 2 P-based magnets are known for their significant magnetic properties, making them
useful in various technological applications. The aim of this study was to investigate the …

(Fe, Co) 2 (P, Si) quaternary compounds combine large uniaxial magnetocrystalline
anisotropy, significant saturation magnetization and tunable Curie temperature, making …

We explore the crystal structure and magnetic properties of quaternary materials deriving
from the hexagonal Fe 2 P, an iron binary known to present a particularly large …

We explore an opportunity to induce and control tetragonal distortion in materials. The idea
involves formation of a binary alloy from parent compounds having body-centered and face …

Hexagonal Fe 2 P is an iron binary known to present a particularly large magnetocrystalline
anisotropy potentially interesting for permanent magnets. However, its Curie temperature is …

In view of the interest that (Fe, Co) 2 (P, Si) compounds have as potential permanent
magnets, their structural and magnetic phase diagrams are explored focusing on …