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The particles were found to be superparamagnetic, with a pronounced maximum in measured zero-field cooled magnetization at around 90 K.
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This synthetic route approach results in the formation of spheroidal nanoparticles (Fe3O4) with average diameter between 10 and 24 nm, which were found to be superparamagnetic with saturation magnetization (Ms) ranges from 32 57 emu g−1, depending on the concentration.
The magnetic properties revealed that the SPMIOBNPs were superparamagnetic, with a saturation magnetization of 3.2 memu/g at 300 K.
At room temperature, these as-prepared nanoparticles were found to have high saturation magnetization values of 50 emu/g and superparamagnetic behavior with negligible coercivity, which is expected to have potential application in biomedicine.
A superparamagnetic behavior was identified and the saturation magnetization of the bioactive glass composites was found to increase at increased loading amounts of Fe species.
Among the imaging agents, the superparamagnetic iron oxide particle (SPIO) is used as a common contrast agent in MR molecular imaging, in which magnetic gold nanoparticles are superparamagnetic nanocomposite materials with a Fe3O4 (cores)/Au (shell) structure [21 24].
Magnetic gold nanoparticles are superparamagnetic composite nanomaterials with a Fe3O4 (core)/Au (shell) structure that are produced by the reduction of Au3+ by hydroxylamine hydrochloride from superparamagnetic Fe3O4 particles [31, 32].
The magnetic measurements demonstrated that the spherical nanostructures are superparamagnetic at room temperature with no magnetic remanence and coercive force.
These SPIO DOX-loaded micelleSPIO DOX-loadedamicelles at room temperature, but turned ferrimagnetic at 10 K, consistent were magnetic propertiesuperparamagnetic natoparoomles.
It indicated the nanoparticles were superparamagnetic.
All the materials were superparamagnetic as determined by VSM.
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