S.C. Chadjivasiliou, K.G. Efthimiadis
The crystal structure, magnetization, Curie temperature, and electrical resistivity of [Fe, Co]3.4Al0.10 and [Co, Ni]0.90Al0.10 alloys were studied experimentally. This research aims to address the impact of aluminum admixtures on the properties of 3d transition metal alloys—a topic that has not been extensively explored despite its relevance in solid state physics and industry applications. The study found that the incorporation of Al into the crystal lattice results in an expansion of the unit cell, a reduction in the magnetic moment of the transition metal atoms, a decrease in the Curie temperature, and an increase in electrical resistivity. These findings underline the relationship between the chemical composition of the alloys and their fundamental physical properties, thereby contributing to the body of knowledge regarding the behavior of these materials in various applications.
@article{b177fb42-89ca-4903-8f70-8d2781f41a72,
title={CRYSTAL STRUCTURE, MAGNETIZATION AND RESISTIVITY OF 3D-TRANSITION METAL ALLOYS WITH 10% Al ADMIXTURES},
author={S.C. Chadjivasiliou and K.G. Efthimiadis},
year={1996},
language={en}
}TY - JOUR TI - CRYSTAL STRUCTURE, MAGNETIZATION AND RESISTIVITY OF 3D-TRANSITION METAL ALLOYS WITH 10% Al ADMIXTURES AU - S.C. Chadjivasiliou AU - K.G. Efthimiadis PY - 1996 LA - en ER -
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