Sentence examples for particles with strong from inspiring English sources
In this investigation a simple two step process is used to prepare conductive stimuli-responsive polypyrrole (PPy) composite hydrogel particles with strong magnetic properties.
In the present paper, the accuracy of the method is numerically investigated by example computations using one dielectric particle, one isolated conductor particle, one conductor particle connected to an external source with imposed voltage, and two conductor/dielectric particles with strong interactions.
The accuracy of the method was verified by benchmark comparisons against the solutions of Monte Carlo and YIX methods in the case of three-dimensional inhomogeneous media and in the case of three-dimensional media composed of nongray CO2 gas and carbon particles with strong anisotropically scattering.
A similar increase in activity (24 ± 1%) was also observed after sonication (15 pulses of 3 s at 100 W) of fresh laccase solutions, suggesting that this increase was due to a better dispersion of the enzymes that were initially partly aggregated (presence of particles with strong laccase activity).
However, what we found in Figure 3(b) are particles with strong SHG and reduced 2PF signals.
These atomic potentials are isotropic in nature, raising interesting questions about how particles with strong cohesive and anisotropic interactions, such as charged and dipolar particle systems, might influence this NP shape fluctuation phenomenon.
Among all the catalytic systems, Ni/TiO2 (R) catalyst shows good conversion of NB as well as selectivity towards aniline which is attributed to the high Ni dispersion having smaller Ni particles along with strong metal-support interaction.
Considering the high modularity of this synthetic pathway, "tubular millifluidic" appears as a new concept of synthesizing particles with a strong control over final object sizes, monodispersity and aspect ratio.
For various fuels and a wide range of equivalence ratios, particles with a strong potential for flame inhibition are identified: hence a criterion, on the maximum particle size, for efficient inhibition is proposed.
The diffusion of carbon in the reaction zone results also in a formation of W2C phase in the neighborhood of WC particles with a strong orientation relationship between them.
The NTA technique is based on the tracking of single particles, whereas DLS measures a bulk of particles with a strong bias to the largest particles present in the sample.
