Microwave absorbing materials (MAMs), which have been highly developed in the past two
decades, are being regarded as a kind of functional materials to combat electromagnetic …

Abstract Two-dimensional (2D) carbon nanomaterials have attracted extensive attention in
the field of microwave absorption (MA) owing to their unique layered structure, tailorable …

Efficient and stable electromagnetic-wave (EMW) absorption materials have attracted great
attention in the field of reducing microwave pollution. Herein, FeCoNiCuTi x high-entropy …

One-dimensional carbon-based nanomaterials possess unique advantages in the field of
microwave absorption due to their special structure. Structure design and synthesis method …

The exceptional benefits of structural defects and doped atoms in carbon network regarding
electromagnetic properties inspire the design of advanced carbon‐based microwave …

Nanoparticles with high roughness and complex surface have strong reflection and
scattering ability for electromagnetic wave, which can extend the propagation path of …

In the electronic information age, and even in the impending “intelligent era”,
electromagnetic wave (EMW) absorbers have inevitably received more and more attention …

In this study, a wrinkled Ni nanosheet/grapy carbon microsphere (CMS) nanocomposite was
architected based on novel approaches in experimental treatments and applied precursors …

One-dimensional Ni porous nanofibers (Ni PNFs) were prepared through a facile
electrospinning followed by hydrogen reduction process, and their electromagnetic …

It has been accepted that the uniform distribution of magnetic metal particles is beneficial to
microwave absorption, while why the homogeneous magnetic particles on the dielectric …