A review on one-dimensional carbon-based composites as electromagnetic wave absorbers

Abstract

Electromagnetic (EM) wave technology has greatly promoted the development of information industry and facilitated human life. At the same time, EM pollution caused by excessive use of EM waves will endanger human health and disrupt the normal operation of instruments. Therefore, compelling immediate action needs to be taken to solve EM pollution and interference problem. Onedimensional carbon has become a potential candidate to solve these problems because of its high dielectric loss, significant thermodynamic stability, high specific surface area, and low density. In this paper, the application of onedimensional carbon materials and magnetic materials and dielectric materials in absorbing EM waves is introduced, and the future development direction is prospected, which provides some feasible ideas for more scientists.

Bimetallic Metal–Organic Framework-Derived ZnO/Co@Porous Carbon with Tunable Components and Heterostructure for Ultrawide Dual-Band Electromagnetic Wave Absorption

“…Multiple magnetic losses are also critical functions in microwave attenuation by ZnCo-BTC-600 absorbers. Magnetic loss mainly originates from eddy current loss, natural resonance, and exchange resonance within the gigahertz range Equations S4 and S5 indicate that C 0 values remain constant across different frequencies when the magnetic loss is attributed to eddy current loss.…”

“…Magnetic loss mainly originates from eddy current loss, natural resonance, and exchange resonance within the gigahertz range. 56 Equations S4 and S5 indicate that C 0 values remain constant across different frequencies when the magnetic loss is attributed to eddy current loss. Figures 6a and S14a reveal the C 0 values of ZnCo-BTC-600 between 2 and 18 GHz.…”