The objective of this work is to determine the dielectric permittivity of two SiC ceramic matrix composites. These composites are reinforced with NicalonSiCfibers and SCS6SiC fibers (SiCf / SiC) and have different volume fractions. The results obtained show that the dielectric property depends on the volume fraction and the frequency. Composites with high volume fractions have better dielectric properties than others. The values of the real and imaginary part of the complex permittivity decrease with frequency increase in the Ku-band. Moreover, the imaginary part takes negative values
This W presents a new technique of Dielectric Characterization of composites building materials. Thi...
The investigated SiC nanowires were prepared by the “Shape Memory Process” technique. Depending on t...
International audienceThis article presents and discusses the results of a dielectric properties mea...
The mechanical and high-temperature dielectric properties of SiCf/SiC composites with nano-SiO2 fill...
The objective of this paper is to extract and study the complex permittivity of the FeSiAl/Al2O3 cer...
The dielectric properties of composites consisting of an epoxy matrix loaded with coated copper fibr...
The KEKB ARES cavity is equipped with two types of HOM absorbers, which are made of different commer...
The effect of hollow ceramic spheres embedded in the epoxy matrix on the dielectric behavior of comp...
Abstract In this letter, we propose a process for fabricating a Silicon Carbide fiber (SiCf)/Silicon...
International audienceThe brick wall model for ceramics was employed to simulate the dielectricrespo...
Three ceramic/epoxy composites were under investigation. The ceramic fillers include self-synthesize...
The dielectric behavior of composite materials (epoxy resin – barium titanate and epoxy – CCTO) was ...
AbstractIn this paper an experimental study of different ceramic matrix composites with high elastic...
The dielectric behavior of composite materials (epoxy resin - barium titanate and epoxy - CCTO) was ...
The flexible knitted polyester fabric was used as a base material and a three-layer composite coatin...
This W presents a new technique of Dielectric Characterization of composites building materials. Thi...
The investigated SiC nanowires were prepared by the “Shape Memory Process” technique. Depending on t...
International audienceThis article presents and discusses the results of a dielectric properties mea...
The mechanical and high-temperature dielectric properties of SiCf/SiC composites with nano-SiO2 fill...
The objective of this paper is to extract and study the complex permittivity of the FeSiAl/Al2O3 cer...
The dielectric properties of composites consisting of an epoxy matrix loaded with coated copper fibr...
The KEKB ARES cavity is equipped with two types of HOM absorbers, which are made of different commer...
The effect of hollow ceramic spheres embedded in the epoxy matrix on the dielectric behavior of comp...
Abstract In this letter, we propose a process for fabricating a Silicon Carbide fiber (SiCf)/Silicon...
International audienceThe brick wall model for ceramics was employed to simulate the dielectricrespo...
Three ceramic/epoxy composites were under investigation. The ceramic fillers include self-synthesize...
The dielectric behavior of composite materials (epoxy resin – barium titanate and epoxy – CCTO) was ...
AbstractIn this paper an experimental study of different ceramic matrix composites with high elastic...
The dielectric behavior of composite materials (epoxy resin - barium titanate and epoxy - CCTO) was ...
The flexible knitted polyester fabric was used as a base material and a three-layer composite coatin...
This W presents a new technique of Dielectric Characterization of composites building materials. Thi...
The investigated SiC nanowires were prepared by the “Shape Memory Process” technique. Depending on t...
International audienceThis article presents and discusses the results of a dielectric properties mea...