The regulation of magnetic configuration through diverse morphologies to achieve a rapid
magnetic response has attracted considerable academic favor on account of the unique …

Although assembled hollow architectures have received considerable attention as
lightweight functional materials, their uncontrollable self‐aggregation and tedious synthetic …

Composites of carbon and magnetic metal are always the most attractive candidates for high-
performance microwave absorbing materials (MAMs) due to their synergetic loss …

Dimensional engineering of appropriate structure is an effective approach to achieve high‐
performance electromagnetic (EM) wave absorption for magnetic materials. However …

Induced polarization response and integrated magnetic resonance show prosperous
advantages in boosting electromagnetic wave absorption but still face huge challenges in …

Abstract Development of high-performance microwave absorption materials (MAM) with
stabilized magnetic properties at high temperatures is specifically essential but remains …

Heterointerfaces can induce dielectric polarization relaxation to remarkably boost
microwave absorption performance. However, delicately engineering a homogeneous …

The high filler loading (FL) is a bottleneck in developing lightweight ferromagnetic
microwave absorbers (MAs) for the actual applications. Sequential architecture design of …

The large-scale preparation of a homogeneous multi-dimensional assembly for microwave
absorbers is still believed to be a huge challenge. Herein, a novel class of Fe2O3/CNTCM …

Controlled microstructures play a pivotal role in upgrading the microwave absorption
properties of materials. Herein, ScFeO 3 ceramics with a controllable three-dimensional (3D) …