Preparation and Characterization of Nanofiber Nonwoven Textile for Electromagnetic Wave Shielding
IEEE Transactions on Magnetics（2008）
Abstract
A nanofiber nonwoven textile with metallic magnetic material coating was fabricated, and the effect of electromagnetic wave shielding was evaluated. The nanofiber nonwoven textile with an average diameter of about 500 nm was spun by electrospinning. The metallic magnetic material was coated by sputtering on the textile surface. EMI shielding effect of the textile with metallic magnetic material coating was about 90% in the GHz band. Because the textile has thin, light, flexible, and breathable characteristics, it will be versatile for various electromagnetic wave shielding applications.
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Key words
electromagnetic shielding,electrospinning,magnetic materials,nanofibres,sputtered coatings,textile fibres,woven composites,electromagnetic wave shielding,electrospinning,materials preparation,metallic magnetic material coating,nanofiber nonwoven textile,spun,sputtering,Electromagnetic wave shielding,electrospinning,metallic magnetic material,nanofiber nonwoven textile,sputtering
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