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Influence of seam type with wave absorbing sponge on shielding effectiveness for electromagnetic shielding clothing

机译:吸波海绵接缝类型对电磁屏蔽服屏蔽效能的影响

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Seam type belongs to one of the most basic and independent factor for electromagnetic shielding clothing sewing, which is the main cause of the leakage of electromagnetic wave. Therefore, the seam type design becomes the key to the design of high electromagnetic shielding clothing. Wave absorbing sponge has good wave absorbing property. But there is no relative research on applying wave absorbing sponge to electromagnetic shielding clothing. This study chose hem seam type and double top-stitched seam type. In these 2 seam types, the wave absorbing sponge was added in different ways. This study used 3-m anechoic chamber method to test samples. The influence of different seam types on shielding effectiveness for electromagnetic shielding fabric was discussed. The sleeves of electromagnetic shielding clothing were taken as an example to evaluate their application for further study. The results exhibited that the shielding effectiveness of seam types have obvious improvement after adding wave absorbing sponge. With the different seam types, the shielding effectiveness of seam types also change. The shielding effectiveness of double top-stitched seam type is higher than that of hem seam type in totally. The seam type is with wave absorbing sponge, whose shielding effectiveness is higher than that without wave absorbing sponge. Choosing hem seam type and adding wave absorbing sponge are applied to the sleeve of electromagnetic shielding clothing. The shielding effectiveness of electromagnetic shielding clothing is improved. The research provides a basis for the design, production and evaluation of high performance electromagnetic shielding clothing.
机译:接缝类型是电磁屏蔽服装缝纫中最基本,最独立的因素之一,是造成电磁波泄漏的主要原因。因此,接缝式设计成为高电磁屏蔽服设计的关键。吸波海绵具有良好的吸波性能。但目前尚无将吸波海绵应用于电磁屏蔽服的相关研究。本研究选择下摆缝类型和双顶缝缝类型。在这两种接缝类型中,以不同的方式添加了吸波海绵。这项研究使用3米消声室方法测试样品。讨论了不同接缝类型对电磁屏蔽织物屏蔽效果的影响。以电磁屏蔽服的袖子为例,评估了其应用前景。结果表明,加入吸波海绵后,接缝类型的屏蔽效果有了明显提高。对于不同的接缝类型,接缝类型的屏蔽效果也会发生变化。双上缝线型的屏蔽效果完全高于下缝线型的屏蔽效果。接缝类型为吸波海绵,其屏蔽效果高于不吸波海绵。电磁屏蔽服的袖子上选择下摆接缝类型,并增加吸波海绵。提高了电磁屏蔽服的屏蔽效果。该研究为高性能电磁屏蔽服的设计,生产和评估提供了依据。

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