首页> 外文会议>International Conference on the Development of Biomedical Engineering in Vietnam >Interaction Between Fluoro Emulsion and Silane Quaternary Ammonium Salt on Dual Antibacterial and Hydrophobic Fabric of Surgical Gown
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Interaction Between Fluoro Emulsion and Silane Quaternary Ammonium Salt on Dual Antibacterial and Hydrophobic Fabric of Surgical Gown

机译:氟乳液与硅烷季铵盐与手术服的双抗菌和疏水性织物之间的相互作用

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摘要

Humans need more protection since environmental pollution becomes more serious problem. In many recent years, the appearance of many infectious diseases has generated the life-threatening and the tremendous challenges have given for medical scientists in diagnosis and treatment methods. Multifunctional protective costumes may be a good solution to protect efficiently human body from such risks. Among initiatives, dual antibacterial and water repellent fabric was able to be a great choice in designing the surgical gown in order to efficiently protect. This work provides usefully interesting information about the synergies among finishing agents on cotton fabric. Accordingly, the experimental results clarified the bioci-dal and hydrophobic mechanism at the same time under various conditions. In addition, the wearing comforts associated with heat tranfer and air exchange between body skin and fabric layers were concerned to increase the product performances.
机译:人类需要更多的保护,因为环境污染变得更严重。在近年来,许多传染病的出现产生了危及生命,巨大的挑战在诊断和治疗方法中给予了医学科学家。多功能保护性服装可能是保护有效的人体免受这种风险保护的良好解决方案。在促进方案中,双抗菌和防水织物能够成为设计外科礼服的伟大选择,以便有效地保护。这项工作提供了有关棉花面料上整理剂之间的协同作用的有趣信息。因此,实验结果在各种条件下同时阐明了生物沸石和疏水机制。此外,佩戴与热转换器和身体皮肤层之间的空气交换相关的舒适性,涉及提高产品性能。

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