Fig. 2: Electrical conductivity, microwave shielding, and mechanical properties of PP@AW hybrid membranes. | Communications Materials

Fig. 2: Electrical conductivity, microwave shielding, and mechanical properties of PP@AW hybrid membranes.

From: Multispectral electromagnetic shielding using ultra-thin metal-metal oxide decorated hybrid nanofiber membranes

Fig. 2

a Electrical conductivity of PP@AW hybrid membranes with different Ag/W ratios. b Microwave shielding effectiveness SET of PP@AW hybrid membranes with different Ag/W ratios. c SET of PP@AW24 hybrid membranes with different thicknesses. d Shielding performance of PP@AW24 hybrid membranes, the detailed contribution of SEA and SER to total SET and their dependence on frequency. e Mechanical flexibility and durability of hybrid membranes. The PP@AW24 membrane was flexible enough to retain its structural integrity even after 2000 bending cycles and there were negligible changes in its SET values as shown in f.

Back to article page