Abstract
In recent years, rapid advancements in digital and semiconductor technology have made it possible to miniaturize electronic devices, increase their speed, and provide broadband capabilities. However, the problem of malfunctioning due to even minor electromagnetic interference has become increasingly common. The increase in electromagnetic wave density creates an unfavorable electromagnetic environment, which applies not only to civilians but also military weapons and battlefields. In this study, we conducted research on a new composite material-based electromagnetic shielding paint to reduce communication noise. We introduced MXene/Graphene and nano organic and inorganic particles and analyzed the dispersion characteristics of the composite material and the optimal coating structure for using it as a coating pigment.
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