Sentence examples for material kinetics from inspiring English sources

Fluctuations in blood/plasma concentrations based on test material kinetics are calculated using one- or two-compartment PK model equations and the principle of superposition.

Experimentally-based material kinetics are designed by considering the Mullins effect crystal-dependency and are introduced into the constitutive equations to capture the experimental observations.

Previous studies have used quantitative DCE-MRI to assess contrast material kinetics within a tumour, reflecting the vascularity of the tissue.

The interplay of material transport kinetics and singular features associated with facets on surfaces leads to evolution behavior that is remarkably different from that of unfaceted surfaces.

Results from this work were used to establish dependency of the flux with respect to bulk transport properties of the material, surface kinetics and architecture of the porous support.

In addition to this, with the increased surface of the material, the kinetics of the experiment were massively improved with the RD dross sample generating double the amount of hydrogen in the first 5 min and the LD sample producing over triple the amount.

The effect of the test material on kinetics of calcium oxalate (CaOx) crystallization was determined by the time course measurement of turbidity changes due to the crystal nucleation and aggregation after mixing metastable solutions of calcium (Ca++) and oxalate (Ox).

Finally, no heat-pipe effect can be created in clayed materials, whose kinetics is governed by darcean water flow in any case.

While the loops are formed in all the three materials, the kinetics of formation is considerably slower in NiFe and NiCr than in pure Ni, indicating that defect migration barriers and extended defect formation energies could be higher in the alloys than pure Ni.

For example, depending on the hydrophobicity of the coverslip material, different evaporation kinetics are expected (due to different contact angles and shapes of the droplet) but also different nucleation kinetics will occur [16], [17].

In this paper, experiments and theoretical modeling are used to investigate the free-radical photopolymerization reaction kinetics, material property evolution and mechanics during the photopolymerization process.