本研究主要利用具有導電性之不鏽鋼纖維，編織成針織結構使其成為電磁波吸收體之導電護幕層，利用導電針織物之材料結構特性，使電磁波穿透護幕層內使之降低反射量，達到有效之電磁波破壞性干涉、多重反射、共振吸收等作用。以針織結構的不同為實驗控制變因，使電磁波入射波在護幕層內進行衰減、共振作用。本研究最終目的為利用針織結構立體、蓬鬆的特性匹配出更有效的電磁波吸收護幕。
This research focuses on stainless-steel conductive fibers and its weaving structure in acting as the conductive layers in absorbing electromagnetic waves. It also explores material reflection, diffraction, and resonance absorption characteristics using various woven structures as experimental controls. The objective of this experiment is to create an effective electromagnetic absorption layer that is structurally stable yet soft.
