Present research work narrates synthesis, structural, thermal and magnetic characteristics of
Pr 4 Fe 67 Nb 4 Cu 2 Zr 1 B 22 nanocomposite magnets. Amorphous Pr 4 Fe 67 Nb 4 Cu 2 …

Abstract Effect of elemental substitution of M (M= C, Cu, Ga, Al and Si) for Zr on the magnetic
properties, phase evolution, and microstructure of melt spun Co 80 Zr 18− x M x B 2 (x= 0–2) …

Magnetic properties of melt spun LaCo5-based ribbons are remarkably improved by phase
modification and grain refinement with M (M= Ti, Zr and Hf) substitution for Co in LaCo5 and …

Magnetic properties of melt spun Co 86.5 Hf 11.5-x Zr x B 2 (x= 0–5) ribbons have been
investigated. For the ribbons spun at the wheel speed of 40 m/s, hard magnetic properties …

Fe69B20. 2Nd4. 2Nb3. 3Y2. 5Zr0. 8 hard magnets in rods were produced by injection
casting method. Magnetic properties, phase evolution and microstructure for Fe69B20 …

Abstract The millimeter-sized Nd 9.5 Fe 61.5 Co 10 Ti 2.5 Nb 0.5 B 16− x C x (x= 0–1.25)
alloy rods with various compositions were fabricated by direct casting. Nano-sized hard …

Abstract High coercivity (Nd 8 Y 3)–(Fe 62 Nb 3 Cr 1)–B 23 magnets in rods have been
produced by copper mold injection casting. Magnetic properties, microstructure, and phase …

The Fe63B23Nd7Y3Nb3Cr1 nanocomposite magnets in the form of sheets have been
prepared by copper mold casting technique. The phase evolution, crystal structure …

The glass forming ability and magnetic properties of Nd5Fe68− xB23Mo4Yx (x= 0, 2, 4, 6)
alloys prepared by copper mold casting technique have been studied. Amorphous rods with …

Magnetic properties and microstructure of melt-spun PrCo 5-xy Fe x C y (x= 0 and 0.3; y= 0-
0.3) ribbons are studied. For PrCo 5 ribbons spun at lower wheel speed of 20 m/s, the …