The giant magnetostriction exhibited by pseudobinary Tb–Dy–Fe compounds has attracted
considerable attention for use in magneto-mechanical actuators and sensors. However …

We investigated the effect of a high magnetic field on the magnetostriction of TbFe 2-based
alloy during a semi-solid state process. With the application of a high magnetic field …

We have demonstrated that the La (Fe, Si) 13 magnetocaloric phase can be directly formed
from molten on extremely slow cooling by the employment of directional solidification …

The microstructure evolution and magnetization and magnetostriction properties of Tb 0.3
Dy 0.7 Fe 1.95 alloy solidified in a high magnetic field were investigated. A cellular …

The simultaneous measurements of magnetization and magnetostriction have been carried
out for Tb 0.3 Dy 0.7 Fe 1.95 alloys subjected to the multiaxially magnetomechanical …

A TbFe 2 based alloy was treated in the semi-solid state under high magnetic fields of 0 T,
4.4 T, 8.8 T and 11.5 T. The effects of high magnetic fields on crystal orientation …

Optical zone melting method was adopted for the crystal growth of TbDyFe giant
magnetostrictive alloys. Effects of zone-melting length and growth velocity on the quenched …

In Tb-Dy-Fe alloy systems, Tb0. 29Dy0. 71Fe1. 95 alloy shows giant magnetostrictive
properties under low magnetic fields, thus having great potential for transducers …

The effect of crystal orientation and grain alignment on the properties of magnetostrictive
materials was investigated in TbFe 2 alloys prepared via solidification under different high …

Alloys of Tb0. 3Dy0. 7Fe1. 95− xTix were vacuum induction melted and investigated for
microstructural features and magnetic properties. Ti addition aids in diminishing the …