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Ultrafine NiFe2O4 powder fabricated from reverse microemulsion process
Fang, Jiye Shama, Narayan Tung, Le Duc Shin, Eun Young O’Connor, Charles J. Stokes, Kevin L. Caruntu, Gabriel Wiley, John B. Spinu, Leonard Tang, Jinke
Fang, Jiye
Shama, Narayan
Tung, Le Duc
Shin, Eun Young
O’Connor, Charles J.
Stokes, Kevin L.
Caruntu, Gabriel
Wiley, John B.
Spinu, Leonard
Tang, Jinke
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Abstract
Description
NiFe2O4 ultrafine powder with high crystallinity has been prepared through a reverse microemulsion route. The composition in starting solution was optimized, and the resulting NiFe2O4 was formed at temperature of around 550–600 °C, which is much lower than that observed from the solid-state reaction. Magnetic investigation indicates that samples are soft magnetic materials with low coercivity and with the saturation magnetization close to the bulk value of Ni ferrite.
Date
2003-05-15
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University of Wyoming. Libraries
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Adobe PDF, 482.19 KB
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Physical Sciences and Mathematics