Add to ORKGto possess metamaterial characteristics and microwave absorption capability. A detailed discussion of the influence of composite architecture, such as local properties of microwires and topology of wire arrangements, on the performance of resultant composites, provides useful insights for an effective design of smart composite
In this paper, we first present an electromagnetic characterisation of a composite substrate based o...
Ferromagnetic microwires are investigated as fundamental components to generate metamaterials with d...
A combination of high-energy ball milling, vacuum filtering, and sedimentation processes has been de...
The microwave properties of composites containing Fe-based ferromagnetic microwires and carbon fibre...
Smart composites with short-cut microwires were prepared and studied in terms of their microwave tu...
International audienceThis review describes the emerging res earch area and relevant physics of poly...
10.1007/s00339-012-7454-9Applied Physics A: Materials Science and Processing1102275-279APAM
The microwave permeability of glass-coated magnetic alloy microwires/dielectric composite was invest...
The composite of an amorphous microwire with negative value of permeability in a high frequency and ...
To fulfill the antenna system criteria for broadband microwave-absorbing materials, herein, a magnet...
The growing interest in integrated microwave devices for automotive and wireless communication deman...
The microwave electromagnetic response is analyzed for a composite material consist-ing of amorphous...
In order to manufacture microwave absorbers with strong attenuation abilities and that are light wei...
Ferrite composites are magnetic composites consisting of fine particles of metal ferrites dispersed...
artrocfed considerable attention. since the Dioneerine. work of Pendrv I I I and Smith I2 I. These c...
In this paper, we first present an electromagnetic characterisation of a composite substrate based o...
Ferromagnetic microwires are investigated as fundamental components to generate metamaterials with d...
A combination of high-energy ball milling, vacuum filtering, and sedimentation processes has been de...
The microwave properties of composites containing Fe-based ferromagnetic microwires and carbon fibre...
Smart composites with short-cut microwires were prepared and studied in terms of their microwave tu...
International audienceThis review describes the emerging res earch area and relevant physics of poly...
10.1007/s00339-012-7454-9Applied Physics A: Materials Science and Processing1102275-279APAM
The microwave permeability of glass-coated magnetic alloy microwires/dielectric composite was invest...
The composite of an amorphous microwire with negative value of permeability in a high frequency and ...
To fulfill the antenna system criteria for broadband microwave-absorbing materials, herein, a magnet...
The growing interest in integrated microwave devices for automotive and wireless communication deman...
The microwave electromagnetic response is analyzed for a composite material consist-ing of amorphous...
In order to manufacture microwave absorbers with strong attenuation abilities and that are light wei...
Ferrite composites are magnetic composites consisting of fine particles of metal ferrites dispersed...
artrocfed considerable attention. since the Dioneerine. work of Pendrv I I I and Smith I2 I. These c...
In this paper, we first present an electromagnetic characterisation of a composite substrate based o...
Ferromagnetic microwires are investigated as fundamental components to generate metamaterials with d...
A combination of high-energy ball milling, vacuum filtering, and sedimentation processes has been de...