Carbon nanotube-assisted synthesis of ferromagnetic Heusler nanoparticles of Fe 3 Ga (Nano-Galfenol)

A new type of Heusler nanoparticles of the formula Fe 3 Ga has been prepared by facile synthesis approaches using pre-fabricated multi-walled carbon nanotubes. The tubes act as a template and a coating to protect the magnetic material from oxidation and agglomeration. For the purpose of comparison,...

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Published inJournal of materials chemistry. C, Materials for optical and electronic devices Vol. 6; no. 5; pp. 1255 - 1263
Main Authors Ghunaim, Rasha, Eckert, Victoria, Scholz, Maik, Gellesch, Markus, Wurmehl, Sabine, Damm, Christine, Büchner, Bernd, Mertig, Michael, Hampel, Silke
Format Journal Article
LanguageEnglish
Published 2018
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Abstract A new type of Heusler nanoparticles of the formula Fe 3 Ga has been prepared by facile synthesis approaches using pre-fabricated multi-walled carbon nanotubes. The tubes act as a template and a coating to protect the magnetic material from oxidation and agglomeration. For the purpose of comparison, the Fe 3 Ga bulk material was also prepared by a novel method from the metal precursors. The morphology, structural determinations and the magnetic properties of both types of materials are presented. Compared to the bulk material, an enhancement in coercivity was observed for the nanoparticles which make them excellent candidates for magnetic storage devices. Since bulk Galfenol is a known magnetostrictive material, it is worth studying the effect of downsizing this material to the nanoscale dimension on such properties.
AbstractList A new type of Heusler nanoparticles of the formula Fe 3 Ga has been prepared by facile synthesis approaches using pre-fabricated multi-walled carbon nanotubes. The tubes act as a template and a coating to protect the magnetic material from oxidation and agglomeration. For the purpose of comparison, the Fe 3 Ga bulk material was also prepared by a novel method from the metal precursors. The morphology, structural determinations and the magnetic properties of both types of materials are presented. Compared to the bulk material, an enhancement in coercivity was observed for the nanoparticles which make them excellent candidates for magnetic storage devices. Since bulk Galfenol is a known magnetostrictive material, it is worth studying the effect of downsizing this material to the nanoscale dimension on such properties.
Author Scholz, Maik
Gellesch, Markus
Mertig, Michael
Büchner, Bernd
Hampel, Silke
Ghunaim, Rasha
Wurmehl, Sabine
Eckert, Victoria
Damm, Christine
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