Sentence examples for multiple temperature kinetic from inspiring English sources

This paper presents a gas-kinetic scheme to solve the multiple temperature kinetic model (MTKM), which was proposed in J. Comput.

In order to solve the multiple temperature kinetic model, a multiscale gas-kinetic finite volume scheme is proposed, where the gas-kinetic equation is numerically solved for the fluxes to update the macroscopic flow variables inside each control volume.

The gas-kinetic scheme is designed for the updating of macroscopic variables, which include the conservative flow variables and the multiple temperature field.

Since the gas-kinetic scheme uses a continuous gas distribution function at a cell interface for the fluxes evaluation, the moments of a gas distribution function can be explicitly obtained for the multiple temperature model.

At high temperatures, exponential kinetics is observed; there are multiple parallel kinetic paths leading to the native state.

This can be explained by the thermal rearrangement of multiple kinetic isomers produced at lower temperatures into a few thermodynamically more-stable products during the high-temperature sublimation (see the section on PFAF rearrangement below).

It is likely that the relatively low 180−190 °C temperatures used for these liquid-phase perfluoroalkylations are not sufficient to anneal multiple kinetic isomers into fewer thermodynamic ones.

Errors were calculated from multiple kinetic runs.

For a dynamic system with multiple kinetic modes, a promising approach for accurate clustering of conformations is to separate them based on their kinetic similarity.

A multiple active sites kinetic model (MSmodel) was proposed.

Schicks, J. M. & Ripmeester, J. A. The coexistence of two different methane hydrate phases under moderate pressure and temperature conditions: kinetic versus thermodynamic products.