Sentence examples for composites with four from inspiring English sources

The charpy impact experiments on the 3D MWK (Multi-axial warp knitted) composites with four different fiber architectures are performed at room (20 °C) and liquid nitrogen temperatures (as low as −196 °C).

Differential scanning calorimetry (DSC), X-ray diffraction, dynamic mechanical analysis (DMA) and electrical conductivity measurements were performed on multiwalled carbon nanotube/polyamide 6,6 composites with four different types of well-characterized tubes manufactured using fixed-bed catalytic processes.

Highly ordered mesoporous β-MnO2 (HMM) was prepared using KIT-6 templates, and mesoporous β-MnO2/S (HMM/S) composites with four sulfur content were synthesized by thermally treating a mixture of sublimed sulfur and HMM for use as cathode in Li S batteries.

Overall model fit statistics can only be computed for composites with four or more items.

For the six composites with four items, overall model fit indices were also examined and are shown in Table 5.

(a) Dielectric tangent loss, (b) magnetic tangent loss, (c) impedance matching coefficient |Zin/Z0| and (d) reflection loss of the CNT film-Fe3O4 composites with one, two, three, four, five, six and seven layers prepared from 0.05 M FeCl3.

(a) Dielectric tangent loss, (b) magnetic tangent loss, (c) attenuation constant, (d) impedance matching coefficient |Zin/Z0| and (e) reflection loss of the CNT film-Fe3O4-0.04 M-LSG composites with one, two, three, four, five and six layers of graphene.

However, although the CNT film-Fe3O4 composites with one, two, three, four and seven layers have higher dielectric loss, the frequency bandwidth at −10 dB and the magnitude of minimum reflection loss are far less than those of five- and six-layer composites.

Only the values of |Zin/Z0| of the CNT film-Fe3O4 composites with five and six layers are close to unity in the frequency range of 10 17 GHz.

Test data on particle filled acrylic composites with three different interfacial properties are also presented.

The analytical effective coefficients for two phase layered composites with two structural levels of hierarchy are also derived.