Sentence examples for model particles for from inspiring English sources

Room temperature deposition of complex 3d fiber networks having filaments in the 100 μm range is demonstrated for Al2O3 and hydroxyapatite model particles for structural and biomedical applications.

The generation algorithm for these model particles has been previously described (e.g. in Zubko et al., 2006, 2009).

AFM, SEM and μCT are used for surface characterisation, yielding a maximum value for model particle roughness up to 0.7μm.

Results are also compared to simulation obtained from a mixture model for solid particles for the same flow conditions.

Further, although this is one of few analyses of TRAP to examine the role of infiltration, our assessment was limited by the use of a model for particle infiltration developed for cities in the United States (Allen et al. 2012) to classify infiltration of TRAP in Canadian homes.

We calculate the expected fluctuations in a flat-halo diffusion model for particles with energies from 0.1 to 103 TeV.

For modelling particle transport, the generally accepted models were applied.

It presents the principles of MC simulations for modeling particle transport.

But the model presented here is quite suitable for modeling particle trajectories and especially to determine cutoff latitudes.

Our purpose is to derive a hybrid model for particle systems which combines a kinetic description of the fast particles with a fluid description of the thermal ones.

We have developed a new single-particle dissipative particle dynamics (DPD) model for anisotropic particles with different shapes, e.g., prolate or oblate spheroids.