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Lanthanide-Based Magnetic Particles: Absolute Mag™ Technology, Study Guides, Projects, Research of Physics

A.T. Still University of Health Sciences (ATSU)Physics

The absolute mag™ lanthanide-based magnetic particles, a type of super-paramagnetic particles formed through the reaction of lanthanide elements with massart magnetite under high-power ultrasonic irradiation. These particles have a γ-fe2o3 core, are positively charged, hydrophilic, and resistant to aggregation due to electrostatic repulsion. The lanthanide elements' +3 valence allows for further functionalization.

Typology: Study Guides, Projects, Research

2018/2019

Uploaded on 11/27/2019

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Lanthanide-Based Magnetic Particles
The Absolute Mag™ Lanthanide-Based Magnetic Particles is a kind of
super-paramagnetic magnetic particles formed by the reaction of a strong
lanthanide element (Ln) mono-electronic oxidant with Massart magnetite
under high-power ultrasonic irradiation. These particles have a γ-
Fe2O3 core and are positively charged, hydrophilic, and not easy to
aggregate in aqueous suspensions/ferrofluids due to electrostatic repulsion.
Since the lanthanide elements have a characteristic oxidation state of +3
valence, it is readily reacts with the Lewis base, therefore, the particles can
also be further functionalization.

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Lanthanide-Based Magnetic Particles The Absolute Mag™ Lanthanide-Based Magnetic Particles is a kind of super-paramagnetic magnetic particles formed by the reaction of a strong lanthanide element (Ln) mono-electronic oxidant with Massart magnetite under high-power ultrasonic irradiation. These particles have a γ- Fe 2 O 3 core and are positively charged, hydrophilic, and not easy to aggregate in aqueous suspensions/ferrofluids due to electrostatic repulsion. Since the lanthanide elements have a characteristic oxidation state of + valence, it is readily reacts with the Lewis base, therefore, the particles can also be further functionalization.