Sentence examples for particles so the from inspiring English sources
The PANI formed a network of electrically conductive paths among the LiV3O8 particles, so the active LiV3O8 material can be fully utilized for lithium extraction and insertion reactions and PANI LiV3O8 nanocomposite exhibits much better electrochemical performance than bare LiV3O8.
As can be seen from Table 1, the setting σ filler may differ from their own specific conductivity of the filler, which as shown in [30] is associated with both the conductive grid spatial structure of the filler particles, so the nature of the filler particles contacting each other.
As in dynamic light scattering small particles could be masked by the large particles, so the Z average was 76.42 ± 6.12 nm.
It is estimated that the bubbles generated by ethanol could break and stir the TiO2 particles, so the stability of photocatalyst sol could increase dramatically.
Increasing the AFP concentration leads to more and more molecules adsorb on the gold particles, so the gold particle will be coated by a dielectric shell.
The extensional stress caused the decrease of local pressure needed to induce nucleation around the smaller talc particles, so the effects of talc size became less apparent.
In this article, a two-layer particle swarm optimization (TLPSO) is proposed to increase the diversity of the particles so that the drawback of trapping in a local optimum is avoided.
It is shown that there is only a minor effect of the size and density of the marker particles so that the velocities of these particles adequately represent the velocity of the bulk material.
However, at higher loadings polymer chains are not completely able to enwrap the particles, so that the latter may agglomerate, reducing their dispersion in the polymer matrix and forming undesirable transport channels.
In this paper, we show the feasibility of the magnetron sputtering deposition technique to grow 10 100-nm thick, uniform, continuous and well adhesive silver films on cenosphere particles so that the properties of the core particles can be suitably modified.
The results suggest that the computational effort increases very slowly with the number of particles so that the method is efficient for large-scale simulations.
