Article

Magnetic property of Sm-Co nanoparticles prepared by solution phase metal salt reduction.

Department of Chemistry, Sogang University, Seoul 121-742, Korea.
Journal of Nanoscience and Nanotechnology (impact factor: 1.56). 12/2009; 9(12):7071-5. pp.7071-5
Source: PubMed

ABSTRACT Sm-Co magnetic nanoparticles were successfully synthesized at high temperature above 680 degrees C in solution phase. The chemical composition was determined by EDX and it was found that the composition of as-synthesized Sm-Co magnetic nanoparticles showed less Sm content compared with the composition of starting materials. From TEM and FE-SEM measurements, the morphology of as-synthesized and heat-treated Sm-Co a magnetic nanoparticle was confirmed as hexagon and apatite crystal structure. Curie temperature was observed at around 680 degrees C correspond to SmCo5 phase. The magnetic property was measured by VSM and shows the ferromagnetic characteristics.

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Keywords

680 degrees C correspond
 
apatite crystal structure
 
as-synthesized Sm-Co magnetic nanoparticles
 
chemical composition
 
Curie temperature
 
FE-SEM measurements
 
ferromagnetic characteristics
 
heat-treated Sm-Co
 
hexagon
 
magnetic nanoparticle
 
magnetic property
 
Sm content
 
Sm-Co magnetic nanoparticles
 
SmCo5 phase
 

Hyun Gil Cha