Epsilon‐negative materials (ENM) at radio frequency, usually designed based on
percolation theory, recently drew much attention because of their potential applications in …

Additive manufacturing (AM), epitomized by powder bed fusion (PBF), has emerged as one
of the fastest-growing, most dynamic, and highly focused techniques within the advanced …

There is an urgent need to develop high-performance absorbing materials to address the
challenges of military stealth and daily electromagnetic pollution. Metal-organic frameworks …

Continuous conductive network is associated with the percolation effect, yet the method of
fabricating network structure at low content is still a challenge. Herein, this work proposed a …

Abstract Ti 3 C 2 T x MXene aerogels with the advantages of better wave impedance
matching and lightweight toward electromagnetic wave (EMW) protection have aroused …

With the accelerated advancement of electronic information and military technology, there is
a pressing need to develop high-performance absorbing materials. In this paper, we …

Abstract Epsilon-near-zero (ENZ) materials, due to their unique physical properties, exhibit
significant applications in the fields of perfect absorption, high-order harmonics, etc., and …

Electromagnetic wave absorption materials are essential for dealing with military stealth and
electromagnetic pollution. However, challenges remain in regards to material stability and …

Carbon-based materials, renowned for their low density, adjustable electrical conductivity,
superior corrosion resistance and mechanical properties, and have found extensive …

For HEO@ PPy composites, there are mainly eddy current loss and hysteresis loss in the
high-entropy oxides. For the effect on the magnetic loss performance, it is weakening for Fe …