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Synthesis and Faraday Effect of Fe-Al Oxide Composite Ferrofluid

Synthesis and Faraday Effect of Fe-Al Oxide Composite Ferrofluid
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摘要 A kind of ferrofluid containing Fe-Al oxide composite nanometer particles was synthesized. The ferrofluid made of Fe-Al oxide composite nanometer particles which ratio was Fe:Al2O3 = 3:1 and thermally treated at 300°C showed Faraday effect approximate linearity versus the magnetic field B, and a relatively excellent Faraday effect without saturation in varying 0 - 1.5T magnetic field, which provided a method for synthesizing the ferrofluid of Faraday rotation still continuing in a relatively high magnetic field. A kind of ferrofluid containing Fe-Al oxide composite nanometer particles was synthesized. The ferrofluid made of Fe-Al oxide composite nanometer particles which ratio was Fe:Al2O3 = 3:1 and thermally treated at 300°C showed Faraday effect approximate linearity versus the magnetic field B, and a relatively excellent Faraday effect without saturation in varying 0 - 1.5T magnetic field, which provided a method for synthesizing the ferrofluid of Faraday rotation still continuing in a relatively high magnetic field.
出处 《Advances in Materials Physics and Chemistry》 2015年第8期344-349,共6页 材料物理与化学进展(英文)
关键词 FARADAY Effects FERROFLUID FE-AL OXIDE COMPOSITE NANOMETER particles Saturation Faraday Effects Ferrofluid Fe-Al Oxide Composite Nanometer particles Saturation
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