Sentence examples for surrounding particles from inspiring English sources

Different size ratios (i.e., the ratio of the diameter of agglomerate to the diameter of surrounding particles) in the range 3 10 were then simulated by varying the size and number of surrounding particles.

The stress tensor at a particle, in turn, is computed from strains calculated by tracking the motion of surrounding particles.

Less rounded sands have greater inter-particle frictional resistance that may diminish the capability of roots to displace surrounding particles during growth.

Energy dispersive X-ray analyses indicate that, not unlike paintings containing realgar and/or orpiment, arsenic degradation products are found throughout a degrading painting containing emerald green in layer interfaces, varnishes and regions surrounding particles containing iron and/or aluminum.

Due to frequent particle particle interactions of grains submerged in fluids, the particle interaction model in DEM is improved by the incorporation of the effects of lubrication due to a layer of fluid surrounding particles.

The concept is to insert in SPH approximations of a strength medium the velocity and stresses determined at the contact point by Riemann solution, instead of mean values between velocities and stresses of basic and surrounding particles.

Microstructural observation showed that deformation is highly inhomogeneous and takes place by the formation of liquid-filled channels surrounding particle aggregates.

When the cell viability values of two the surrounding particle loadings (0.0005 m2/mL and 0.002 m2/mL) were used to estimate the cell viability for the 0.001 m2/mL loading using a weighted average approach, the calculated ISR value was adjusted downward and falls on a curve that shows the expected general increase in ISR with particle loading (See Additional file 1 and Additional file 2).

Fluorescence mapping indicated correlation of Hg with Cl, but a lower Ca concentration relative to the surrounding particle, in the high-Hg region.

Thus, the particles diffuse from the inside to the surface of the crystal lattice and spread to the surrounding resulting in the neckformation as well as the agglomeration of surrounded particles.

In order to design and control the release pattern of an active solid component, we investigated the release characteristics of core particles coated with multiple layers of fine permeable particles surrounding soluble particles dispersed in layers of impermeable wax.