Sentence examples for mixtures of spherical from inspiring English sources

Similar results have been obtained from HR-TEM experiments for mixtures of spherical Ag/Pt nanoparticles [12].

A variety of simulations of packed columns, comprising mono, binary and ternary mixtures of spherical particles, together with shell-side containers, agreement being found.

The static model of Maxwell [1] has been used to determine the effective electrical or thermal conductivity of liquid-solid suspensions of monodisperse, low-volume-fraction mixtures of spherical particles.

A variety of simulations of packed columns, comprising mono, binary and ternary mixtures of spherical particles, have been undertaken and the results compared to existing experimental data with good agreement.

Solid mixing and segregation in liquid fluidised beds containing binary mixtures of spherical particles of different density and size has been studied for a range of liquid velocities, bulk bed compositions and particle properties.

The PRISM integral equation theory has been successfully applied to various systems, such as rod-like viruses [ 25], plate-like colloids [ 26], dendrimers [ 16, 20], and nanoparticles [ 27], flexible polymers [ 28], mixtures of spherical colloids and semiflexible polymers [ 29], polyelectrolyte brushes [ 30].

The porous mixture of spherical grains was described as a face-centred cubic lattice.

Dubovik et al. (2006) reported that the light scattering properties of desert dust aerosols in the terrestrial atmosphere can be modeled by considering a mixture of spherical and non-spherical aerosol types.

A mixture of spherical glass ballotini ranging from 150 to 1000 μm diameter and average density of 2600 kg/m3 were used as the fluidizing particles.

The fluid in between the two walls is a dense mixture of spherical particles, where "dense" indicates a volume fraction ϕ v = N p V p /V f > 0.4.

For example in this setting with single bacterial cells (average 2 µm diameter) and suspended cellular aggregates, a numerical 1∶1 mixture of (spherical) particles with the diameters 2 µm (volume 4.2 µm3) and e.g. 20 µm (volume 4200 µm3) is reported by LDA as 99.9% of the total particle volume being contributed by particles in the size class 20 µm.