The EMI shielding effectiveness of the composite material mainly depends on fillers' intrinsic conductivity, dielectric constant and aspect ratio.
Besides, by fixing the filler thermal conductivity, the effective thermal conductivities using optimal fillers can be increased from 15.3%to47.6%6% depending on different filler volumes and by fixing the filler volume, the effective thermal conductivities using optimal fillers can be increased from 5.5%to57.4%4% depending on different filler conductivities.
They revealed the influence of the nucleating effect depending on the filler, as well as of the shear conditions on both crystallization kinetics and crystalline orientation.
It is shown that the reinforcing phase, constituting both silica particles and bound rubber, can be considered either as the dispersed or the continuous phase depending on the filler content.
As it was shown in our previous papers [31 33], the permittivity ( {varepsilon}_r^{prime } ) of epoxy composites filled with GNPs and CNTs may range within 4 50 depending on the filler content and slightly decreases with the frequency in the range 26 54 GHz.
Flux-cored arc welding (FCAW) - almost identical to MIG welding except it uses a special tubular wire filled with flux; it can be used with or without shielding gas, depending on the filler.
Depending on the filler materials, the stiffness ratio, ET/ EM, ranged from 2.5 to 10.
Depending on the filler particles, the tensile strength of the homocomposites demonstrated a large variation within the matrixes.
First, the skin is extremely thin and translucent, and depending on the filler injected, there is a risk of visible lumps or the Tyndall effect, a bluish discoloration due to the optical properties of the filler used.
The experimental results show that the real and imaginary parts of the complex permittivities of the composites were proportional to the filler concentrations and, depending on the types of fillers and frequency band, the increasing rates of the real and imaginary parts with respect to the filler concentrations were all different.
It is found that (i) by fixing the filler conductivity, the effective thermal conductivity can be increased from 2.3%to42.8%8% depending on different content of filler and (ii) by fixing the filler content, the effective thermal conductivity can be increased from 1.8%to9.1%1% depending on different filler conductivity.
