Sentence examples for consistent transport from inspiring English sources

Finally, we briefly explain how electrochemical characteristics can be estimated using thermodynamically consistent transport theory.

First, a consistent transport system vision was created with transport experts and authorities using a structured vision building process.

The chromatographic technique which employs SPSC and takes into account the extra-column effects of the measuring system can provide consistent transport characteristics of porous solids.

In this paper, a conservative and synchronous flux-corrected transport (FCT) formalism is developed which aims at a consistent transport of such variables.

Using a plethora of test problems of increasing complexity, we conclusively demonstrate that the consistent transport and balanced force treatment results in a numerically stable solution procedure and physically consistent results.

The second concerns the internal consistency of what is recorded: metabolites and reactions must be annotated with ontology terms from appropriate knowledge bases, reaction stoichiometry must be consistent, transport between compartments must be assured, and so on.

This result underscores the need to consider the full spatial and temporal distribution of atmospheric CO2 and to use a consistent transport-modeling framework to infer the sensitivities to temperature and drought stress in both models and observations.

A kinetic Monte Carlo model suited for self-consistent transport studies is proposed and tested.

This will help deliver a consistent, integrated transport network which effectively integrates with other transport modes and makes it possible for every passenger to use their tickets on any bus in Greater Manchester, as well as other forms of public transport.

Numerical results show mostly consistent quantum transport characteristics of the DG-MOSFET using both methods, though with higher transport current for the Wigner equation method, and also provide the current voltage (I V) curve dependence on various physical parameters such as the gate voltage and the oxide thickness.

A finite difference scheme of Scharfetter Gummel type is used to simulate a consistent energy-transport model for electron transport in semiconductors devices, free of any fitting parameters, formulated on the basis of the maximum entropy principle.