Studying Magneto-Induced Iodine Sorption at Dielectric Surface


The development of recent sorbents and ways of their catalytic activity increase is an important task of nuclear energy and medication. This paper presents the investigation results on the magnetic field effect on the iodine adsorption on the polyethylene, polycarbonate, and polystyrene surfaces. The revealed result of the sorption property improvement by the dielectric surfaces in the magnetic fields opens new prospects for potency increase of radioactive materials filters. The novel technology of medical polymer modification could be developed on the idea of magneto-induced sorption effect. The goal of this technology is to decrease biodegradation degree, acquire bactericidal and antiviral properties, increase cytoreduction, and purposefully amendment the mechanical characteristics.

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