Laser-Induced Graphene Conductive Fabric Decorated with Copper Nanoparticles for Electromagnetic Interference Shielding Application

To meet the demands for flexible electromagnetic interference(EMI) shielding materials, a type of conductive fabric is prepared by generating three-dimensional(3D) porous laser-induced graphene(LIG) in situ on the surface of the aramid fabric(AF) and then electroless plating copper. After LIG treatment, the porous AF demonstrates admirable conductivity due to the generation of graphene. The superior surface resistance of the conductive fabric can reach 1.57 Ω/sq after copper deposition, and the ...     

中心切口对柔性经编金属网拉伸性能的影响

对柔性经编金属网眼织物进行预置中心切口处理(切口形式包括横向、斜向、纵向),并在低速拉伸条件下对其拉伸性能进行测试.对切口试样的破坏过程和拉伸负荷-伸长曲线进行对比分析,并在不同切口形式下,研究试样的切口敏感性.试验结果表明:预置切口的引入明显地劣化了金属网眼织物的力学性能;柔性经编金属网眼织物对横向切口具有较强的切口敏感性,对斜向和纵向切口不敏感,这是因为切口试样在拉伸过程中的"束腰"现象弱化了这两种切口形式的应力集中.