Sentence examples for particles and found from inspiring English sources

They used high-resolution transmission electron microscopy (HRTEM) to examine the central area of the particles and found a large number of defects in the central grain boundary.

Afterwards, they performed final simulations involving particles and found out that the use of the LES turbulence model provides the best results matched to their experimental data.

In addition, we sometimes found micron-sized ice crystallites among the fine particles, and found that they had crystalline facets with a smooth surface (center of Figures 4a, b).

By using the everted gut sac method coupled with ICP-OES, we examined the intestinal absorption of silica particles and found that surface properties were major determinants of the degree of intestinal absorption.

Aerosol absorption spectra were measured for size- and mass-selected particles and found to be dependent on fuel type and formative conditions.

Using hundreds of computers, Choptuik and Pretorius calculated the gravitational interactions between the colliding particles and found that a black hole does form if the two particles collide with a total energy of about one-third of the Planck energy, slightly lower than the energy predicted by hoop conjecture, as they report in a paper in press at Physical Review Letters.

It makes form out of particles and finds attitude in a remembered drunken remark as easily as in a long contemplation of experience — more easily, in fact.

We further check the SWNTs by using Elaser 514.5 nm (Elaser = 2.41 eV) to collect the G band from 35 long tubes among which 32 nanotubes have Ag particles and find 4 m-SWNTs (11.4%) and 28 s-SWNTs (80%).

We further check the SWNTs by using Elaser 632.8 nm (Elaser = 1.96 eV) to collect the G-band from 40 long tubes, among which 37 nanotubes have Ag particles and find 33 s-SWNTs (82.5%) and 3 m-SWNTs (7.5%).

We also estimate the percolation threshold, φ∗, for the particles and find that the presence of diblocks decreases φ∗ by a factor slightly greater than two relative to the case of particles in a homopolymer (φ∗≈9% in a diblock vs. 22% in a homopolymer).

Using a simple beam element, this study estimates the elastic stiffness of two isotropic open-cell foam architectures that approximate, respectively, the space between tightly packed fluid bubbles and that defined between densified solid particles, and finds little difference between the two microstructures above a relative density of a few per cent.