Sentence examples for attributed to the reinforcement from inspiring English sources
It can be seen that the storage modulus of either ZHS/PVC or GO/PVC is increased compared to that of neat PVC within the entire temperature range, which is attributed to the reinforcement effect of additives.
The improvement of the wear resistance is believed to be attributed to the reinforcement phase of TiC which can also provide high hardness according to the microstructure observation of the composite coatings by SEM, EDX and microhardness measurements.
According to our systematic analysis, the enhanced performance can be attributed to the reinforcement of MWNTs that led to the improved electrical and thermal conductivities of the PVA matrix.
The improved resistance to scratch damage of mineral reinforced polymeric materials is attributed to the effective reinforcement by micrometer-sized wollastonite particles that increase the tensile modulus of the polymeric materials and restrict plastic deformation of the polymer matrix.
The maintaining of high compressibility and cycle stability after the deposition of PANI is attributed to the physical reinforcement of the graphene cell walls by the uniform coating of PANI.
Similar with the tensile strength, the storage modulus of ZHS/GO/PVC nanocomposite further increased compared to ZHS/PVC and GO/PVC, which is also attributed to the synergistic reinforcement effect of ZHS/GO nanohybrids in polymer matrix.
Fig. 11 Storage modulus curves of PVC and its nanocomposites as a function of temperature, showing ZHS/GO/PVC nanocomposite has the high-storage modulus, which is attributed to the synergistic reinforcement effect of ZHS/GO nanohybrids in polymer matrix.
This behavior is attributed to the effective reinforcement of polypropylene by wollastonite that acts in concert increasing the tensile modulus of the composite and restricts plastic deformation of the matrix.
These MAO behaviors are believed to be attributed to the addition of reinforcement phases with different properties.
This improvement in interfacial and mechanical properties at 200 °C is attributed to the hardening and reinforcement effects at the interface possibly due to the reduction in moisture in the pine.
The friction coefficient and weight loss of all Fe/MWCNTs composite coatings are significantly lower than that of pure Fe coating, which is attributed to the effect of reinforcement and lubrication of MWCNTs.
