不同導電奈米材料對靜電紡絲合成纖維之抗電磁波性的研究

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Title:	不同導電奈米材料對靜電紡絲合成纖維之抗電磁波性的研究 A Study of the EMSE on the Electrostatic Spinning Fiber with the Different Nano Conductive Powders
Authors:	呂彥昕；王權泉
Contributors:	紡工系
Keywords:	靜電紡絲奈米碳粉電磁波吸收效應 electrostatic carbon nanotubes electromagnetic shield effective (EMSE)
Date:	2010-06-01
Issue Date:	2012-05-16 11:16:38 (UTC+8)
Abstract:	本研究主要先以不同比例的導電奈米材料添加入壓克力、尼龍、聚酯高分子溶液進行靜電紡絲來製作薄膜，SEM觀察表面變化與纖維細度並且測試抗電磁波觀察添加不同比例的導電奈米材料對抗電磁波的影響。由研究中發現不同的電壓對靜電紡絲纖維細度的影響不大，但是溶液的濃度越高纖維細度就越大，添加奈米碳管會使纖維細度變小，薄膜的層數越多電磁波的吸收值越高。 In this study, we used different proportions of conductive nano-materials added to the acrylic, nylon, polyester polymer solution for electrospinning to produce films, SEM observation of surface changes and fiber diameter and testing of electromagnetic wave absorber of adding different proportions of the conductive nano-materials, to comparison of effects of electromagnetic waves. In this work, different voltages on the electro-spinning fiber diameter is little effect, but the higher the concentration of the solution the biger the fiber diameter，and we add carbon nanotubes polymer solution the fiber diameter smaller, more film the higher the value of the absorption of electromagnetic waves.
Relation:	華岡紡織期刊 17卷2期 P.63-71
Appears in Collections:	[Department of Textile Engineering ] Journal of the Hwa Gang Textile

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