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碳/壓克力纖維三維織物對電磁波吸收效益之研究

A Study on the Electromagneic Wave Absorption Effectiveness of 3-D Woven Fabrics with Carbo/PAN Fibers

摘要


本實驗以壓克力與碳纖維紗製成正交型(Orthogonal)三維織物,編織為三維結構增加了厚度,目的是使吸收值提升,使用正交型三維結構,緯紗排列由C、CPl、CP2、CP3四種組合,單層試片4CPl、6CPl時有最佳吸收值25dB,單層試片4CPl時有最佳頻寬率50%,疊層上層為4CPl下層為6CP2時有最佳吸收值20dB 。

並列摘要


In this experiment, PAN and carbon fiber yarn made of the orthogonal three-dimensional fabric, weaving three-dimensional structure, an increase of the thickness of the purpose is to enhance the absorption of electromagnetic wave. The use of Orthogonal-type three-dimensional structure, weft arranged by the C, CP1, CP2, CP3 four kinds of combinations, single-layer specimen 4CP1, 6CP1 best absorbed when the value of 25dB, single-layer specimen 4CPl optimal bandwidth when the rate of 50% , laminated top for the 4CPl , lower value for the 6CP2 have the best absorption of 20dB.

被引用紀錄


呂柏青(2016)。管狀織物應用於人工血管之製備技術及其機械特性評估〔博士論文,逢甲大學〕。華藝線上圖書館。https://doi.org/10.6341/fcu.P0042485

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