This review aims to summarise the progress in some materials and structures for
electromagnetic applications, such as microwave absorption, electric shielding and antenna …

Electromagnetic interference problems have become an increasing problem with the rapid
development of wireless information technologies and electronic devices at high frequency …

We fabricated the nickel chains by a facile wet chemical method. The morphology of nickel
chains were tailored by adjusting the amount of PVP during the synthesis process. Both the …

Broadband absorbers derived from metal–organic frameworks are highly desirable in the
electromagnetic (EM) wave absorption field. Herein, a strategy for cobalt-decorated porous …

For the design requirements for structural/functional integrated components, it is urgent to
find EMA materials combining high-efficient EMA performances and load bearing capacity …

The paper reviews recent progress in the field of microwave magnetic properties of
composites. The problem under discussion is develo** composites with high microwave …

The present paper establishes characteristics of the relative magnetic permeability spectrum
μ (f) of magnetic materials at microwave frequencies. The integral∫ 0∞ μ ″(f) fdf of the …

The development of thin microwave absorber coatings that operates for a wide range of
frequencies is still a challenging task. This work presents a technique of blending a fractal …

Basic physical concepts and theoretical ideas concerning dielectric heterostructures are
reviewed from a historical perspective. This background for today's theory of dielectric …

With an effective bianisotropy picture, high-frequency behaviours of different magnetic
materials can be reconciled, and the higher permeability and higher resonance frequencies …