With the rapid advancement of wireless electronics and the widespread integration of
electronic devices into daily life, the radiation pollution of electromagnetic waves (EMWs) …

This study explores the application of multifunctional cement composites prepared with
graphene-coated conductive aggregate (Gr@ Ag) and carbon fiber (CF). The …

Over the past few decades, the excessive use of electronic paraphernalia has increased the
interference of electromagnetic waves, which not only disrupts the functionality of electronic …

As wearable and flexible electronic devices continue to miniaturize and operate at higher
frequencies, there is an urgent demand for polymer films that offer a high electromagnetic …

Realization and interpretation of epsilon-near-zero (ENZ) materials in the radio frequency
region have been a research hotspot in recent years. Further understanding the mechanism …

The synergistic effects of a hybrid nanocomposite (Fe 3 O 4@ NrGO) and their influence on
electromagnetic pollution shielding (EMI SE) were explored. This is a current concern where …

The fabrication of absorption-dominant electromagnetic interference (EMI) shielding
materials is a pressing priority to prevent secondary electromagnetic pollution in …

Microwave absorbing materials applied in the ocean environment should not only hold a
strong wave absorption performance but also be capable of resisting corrosion due to …

Developing comfortable, protective, and reliable monitoring wearable devices is of great
significance for next‐generation electronic devices. However, previously reported fabrics …

High-performance microwave absorption materials with broad electromagnetic absorption
bandwidths and scalable architectures have been increasingly demanded in modern …