Advances in Applied Sciences, Engineering and Technology II by X. S. Zhao, Hongzong Si, Peilong Xu

By X. S. Zhao, Hongzong Si, Peilong Xu

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Conventional antistatic processing is unable to meet the requirements of practical application. The research on antistatic fabric fabricated by conductive fiber has bloomed in recent years. Its antistatic principle [2] is based on the theory that electronic conduction and corona discharge can eliminate static electricity, enjoying stable and durable antistatic effects. In this paper, by testing the antistatic performances of nylon base silver-plated fiber/acrylic blended yarn’s fabric, according to the surface charge density of fabric, we will deduct the optimum theory of silver fiber.

The QD-305 fabric surface resistance tester is responsible for measuring the pure acrylic fabric. 3 Fabric surface charge density test According to the GB/T 12703-91 textile electrostatic testing methods [3], the fabric surface charge density is examined with faraday cage tester under the temperature 21℃ and relative humidity 36%. 2. 1 Silver-plated fiber and blended yarn cross section If putting nylon base Silver-plated fiber under electron microscope, we can find its skin-core structure and silver layer (conductive component) coated on polyamide fiber surfaces.

The furan approach to oxacycles: synthesis of medium-size 2,3-disubstituted oxacycles, Tetrahedron Lett. 45 (2004), 5207-5209. [4]Z Lu, J Ohshita J, T Mizumo, Palladium-catalyzed formation and reactions of iodo- and bromosiloxane intermediates. J. Organomet. Chem. 697 (2012), 51-56. Advanced Materials Research Vols. The static adsorption experiments indicated that MIPS had significantly higher adsorption capacity for Rhodamine B than its non-imprinted polymers(NIPS). 86 respectively, which suggested that MIPS had high recognition selectivity and binding affinity for the template molecule Rhodamine B.

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