Sentence examples for particles are derived from inspiring English sources

Two formulas which can predict the tensile strength of hybrid composite filled with short fibers and spherical particles are derived in this paper.

Smoothed particle hydrodynamics is reformulated in terms of the convolution of the original hydrodynamics equations, and the new evolution equations for the particles are derived.

The basic fluid dynamic and combustion, theory underlying an air-suspension vortex flow incinerator system is presented, and the times required for drying, pyrolysis, and char burn-out of the fuel particles are derived.

It is unlikely that the two category 3 particles are derived from Vectran and fluoro resin, which were used in the sampler horn of the Hayabusa spacecraft and in the clean chambers at the curation facility, respectively (Uesugi et al. [2014]); this is because these polymers do not contain nitrogen.

It is unlikely that the category 3 particles are derived from the LL 5 to 6 chondrite-like asteroid, since the C-XANES spectra show a lack of 1 s-σ* excitons at 291.6 eV corresponding to a highly conjugated sp2 carbon, which are generally characterized from thermally metamorphosed type 3+ chondrites (Cody et al. [2008b]).

Generally, the governing equations for systems of non-adhesive discrete particles are derived from Newton's equation of motion with the basic assumption that the normal and tangential forces arising between two impacting particles can be independently derived from the virtual overlap of the particles and the tangential displacement of the initial contact points.

The triglyceride, cholesteryl ester, and free cholesterol content of these particles is derived from the digestion of dietary fat.

The number concentrations of airborne hot particles were derived from digital autoradiography.

A mathematical framework of the kinetic theory of active particles is derived to couple two interacting systems at different scales.

Based on the model, a new weighting scheme for particles is derived with the measurement delay fully considered.

The relationship between this upper bound and the number density of particles is derived.