The highly integrated electronics put forward an urgent demand for ultrathin and high-
performance electromagnetic interference (EMI) shielding materials. Herein, NiFe doped …

Cu/NiFe multilayers with different structures were fabricated by electroplating for
electromagnetic wave interference shielding in the high-frequency region. The …

Electromagnetic radiation pollution poses significant threats to both electronic equipment
functionality and human health, necessitating the advancement of electromagnetic shielding …

Multilayered composite structures have been proven to have superior shielding properties,
compared to bulk composites if the layers' thicknesses and effective permittivities are set in a …

The electromagnetic wave-shielding performance of metallic multilayer thin films composed
of NiFe and Cu was analyzed by comparing the theoretically calculated and experimentally …

Electromagnetic interference (EMI) shielding has been a fundamental challenge because of
the low wave impedances with monolithic metallic shields at low frequencies. Multilayered …

Constructing a multilayered structure as an absorbing coating is an important tool for
improving the characteristics of microwave absorbing (MA) and shielding materials. The …

Constructing a multilayered structure as an absorbing coating is an important tool for
improving the characteristics of microwave absorbing (MA) and shielding materials. The …