NiMn‐based Heusler‐type multiferroic alloys have attracted intensive attention due to their
fascinating multifunctional properties such as magnetic shape memory, magnetocaloric …

The elastic properties of Cu− Al− Mn alloys with compositions along the Cu 3 Al→ Cu 2
AlMn line and bcc-based structures, are studied by means of first-principles calculations …

We explore the electronic and related properties of Cu 2 MnAl 1–x Ga x with a first-
principles, relativistic multiscattering Green function approach. We discuss our results in …

Bulk CdFe2O4 was synthesized by solid state reaction and the corresponding fine particles
were produced by using high energy ball milling. The structural and magnetic changes …

In this study, rapidly solidified Cu-Al-Mn ribbons containing 13% Al and 1-14% Mn alloying
element by weight were produced by melt spinning method. The structural, thermal, and …

The phase composition and electrical transport properties of Cu powder obtained by electric
spark dispersion and the pellets manufactured from this powder were studied by X-ray …

Heusler alloys possess the structure of an ordered compound while displaying most of the
properties of metals. Numerous magnetic exchange mechanisms may be operating in such …

The fabrication of ternary Cu–Mn–Al alloys through self-propagating high-temperature
synthesis and their thermoelectric properties, such as electrical resistivity and the Seebeck …

The elastoresistive effect is reported in polycrystalline Ni 45.4 Mn 40 In 14.6 metamagnetic
alloy at uniaxial compression: abrupt growth of electric resistance by more than 30% occurs …

The structural and magnetic behavior of melt spun Cu50Mn25Al25− xGax (x= 0, 2, 4, 8 and
10at%) alloys synthesized in the form of ribbons have been investigated. Formation of …