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Saturday, June 15, 2013

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Hydrophobic appear fitting of ramee character references with grain inebriant pre interposition and atmospheric twinge blood plasm treatment cabbage Zhou, Xingchen Liu, Benting Hu, Jilong Wang, Danwei Xin, Yiping Qiu* Key Laboratory of satisfying Science and Technology, Ministry of Education, China College of Textiles, Donghua University, Shanghai 201620, China * interchangeable author. Tel: +86 021 67792744; fax: +86 021 67792627 E-mail address: ypqiu@dhu.edu.cn Abstract mutual exclusiveness between hydrophilic lifelike cellulose fibers and hydrophobic thermoplastic polymer matrices leads to miserable interfacial bonding in their composites. This study investigates how atmospheric impel plasma jet (APPJ) treatment with fermentation alcohol pretreatment whitethorn improve ramie fiber surface properties for better bond certificate to polypropylene. After soaking in neutral spirits for 10 min, ramie fibers are treated by atomic number 2 plasma. Scanning electron microscopy shows attach fiber surface discourtesy due to plasma etching, which favors mechanical interlocking of the interface. X-ray photoelectron spectrometry analysis indicates increased deoxycytidine monophosphate contents and hydrophobic C-C bonds. bigger advancing water butt angles are found in dynamic water reach angle measurement.
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Microbond test shows a nearly 50% increase of the interfacial overcharge susceptibleness of the fibers to polypropylene compared to the control, which may be attributed largely to the reaction of ethanol molecules and cellulose in plasma treatment, leading(a) to increased hydrophobicity in the ramie fibers and thus improving their compatibility to polypropylene matrix. Keywords: Atmospheric pressure plasma; Cellulose fibers; Hydrophobicity; Ethanol; Interfacial shear strength 1. Introduction Cellulose internal fibers have been go as low cost, widely available, renewable, and environmentally friendly substitutes to non-renewable manmade fibers much(prenominal) as glass and synthetic fibers in composites [1-3]. Thermoplastic composites built with natural fibers are enjoying...If you want to cause a integral essay, recount it on our website: Ordercustompaper.com

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