Exploring the Magnetic Properties of Cobalt-Ferrite Nanoparticles for the Development of aRare-Earth-Free Permanent Magnet.
Alberto López-Ortega, Elisabetta Lottini, César de Julián Fernández, and Claudio Sangregorio
Chemistry of Materials 27, 4048(2015)
![](https://lh3.googleusercontent.com/blogger_img_proxy/AEn0k_u6SZY4uTmZ8_A36SKUb8xfJR9tqAQsKavfE3cVNPbuT-vEHBeL9Vov9kxinA-keRVhedSIQJIW91R8Fhurw8lVhXeK9KNNlI29vcugQdoT2C91m1zuymousdHN0Dbb8jJhWUKCNtDSky1-MGb1z3Q1AVWZ69m9VJ3r5AK65Mgy5TXpRPZTZVqtSGIsT8w5C3pCx1zRwZYWrtrOPZHaRiCd7-rEOMRRqzp0CsF7UoneljXQvxwJrLwZvtWjKNUPFJJ95Tyw4Fe5Zy-ujbUL5fo=s0-d) |
We
present for the first time an in-depth magnetic characterization of a
family of monodisperse cobaltferrite nanoparticles (NPs) with average
size covering a broad range of particles sizes (from 4 to 60 nm),
synthesized by thermal decomposition of metal−organic precursors. Metal
precursors, surfactants, and synthetic parameters were settled in order
to fine-tune the particle size, which preserves a narrow particle size
distribution. |
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