摘要
文章对不同款式的防电磁辐射服装进行效能测试和评估。在防电磁辐射服装屏蔽电磁波的机制基础上,设计了相应的模拟实验。分析辐射源、辐射距离、防电磁辐射面料、服装加工缝隙和服装上孔洞的大小对服装防辐射性能的影响,以这些因素为变量建立了服装屏蔽效能的数学模型,并对这个模型进行了稳定性和实用性的验证。验证结果表明:所建立的数学模型用于实际计算服装的屏蔽效能是可行的。
Different styles of anti-electromagnetic radiation garment fabrics were tested and evaluated. Based on the anti-electromagnetic radiation mechanism of electromagnetic wave shielding garment, the relevant simulation experiment was designed. The radiation source, radiation distance, anti-e- lectromagnetic radiation fabric,garment processing slit and the size of holes in the garment effeted on the radiation properties were analysed. The mathematical model of garment anti-electro magnetic radi- ation shielding effectiveness was set up according to these variable factors. The stable and practical properties of this modle was tested and verified. The result shows that the mathematical model is feasible in calculating garment shielding effectiveness.
出处
《山东纺织科技》
2010年第3期30-33,共4页
Shandong Textile Science & Technology
关键词
防电磁辐射服装
屏蔽效能
数学模型
anti-electromagnetic radiation garment
shielding effectiveness
mathematical model
