Sentence examples for formulation of transport from inspiring English sources
The problem of the formulation of transport equations for low-pressure chemical vapour deposition (CVD) reactors is investigated.
To this end, Shergold et al. [4] note "there is a growing concern that innovations in 'non-transport technologies' are not considered in projections of future travel demand and formulation of transport policy" [5, 6].
At present, the formulation of transport policies is done manually; this fact, together with the size of the space of possible policies, results in a large part of that space being left unexplored.
We herein introduce a continuum model for predicting the rheological behavior of drilling fluids with plate-like suspensions, based on the Hamiltonian formulation of transport phenomena for fluids with a complex microstructure.
By applying Input/Output renormalization and the Green function formalism to the discrete formulation of transport phenomena on graphs, we develop exact recursion for the effectiveness factor for first-order reaction in a fractal porous catalyst.
Environmental dispersion is discussed separately via an exponential transformation for the general formulation of contaminant transport.
The model utilizes a vorticity formulation of the transport equations, which essentially eliminates the pressure field calculation and speeds convergence.
Unknown diffusion coefficients appearing in this formulation of isotope transport are determined by fitting to available experimental data.
Starting from a three-dimensional formulation of the transport problem it is possible to construct a one-dimensional effective model [14] which allows to derive scale-invariant expressions for the drain current [15, 16].
This approach is based on an Eulerian two-fluid formulation of the transport equations for mass, momentum and fluctuating kinetic energy.
Due to the abundance of hillslopes degrading in unvegetated regions, such as those found in the Southwestern USA, granulometric influences should be accounted for in the formulation of sediment transport laws for geomorphic modification of volcanic terrains over long geologic time.
