Sentence examples for model equations considering from inspiring English sources
Three different modelling and simulation approaches are presented and compared: an analytical solution of the equilibrium model, a closed-form solution of model equations considering both axial dispersion and mass transfer resistance, and a numerical solution of the general rate model.
The model equations consider axial dispersion, interfacial mass transfer, intraparticle diffusion, and multi-component Langmuir isotherm.
The nonlinear Boltzmann model equations considered include the BGK model, the Shakhov model, the Ellipsoidal Statistical model and the Morse model.
The model is based on equations considering reaction and diffusion components.
In the model, the cage dynamic equations considering six degree-of-freedom and the balls dynamic equations considering two degree-of-freedom were solved.
The mechanisms of the fast modulation in this emitter are elucidated by performing theoretical calculations of the heat conduction equations considering the thermal model of emitters including graphene and a substrate.
The model included a set of transient equations considering diffusion with simultaneous chemical reaction and hydrophobic partitioning.
Pyrolysis is modeled using five first-order kinetic equations considering the following products: volatiles, char and tar.
The char consumption rate is modeled by three first-order kinetic equations, considering that char reacts with oxygen, carbon dioxide and water.
Four model equations are considered: linear advection, non-linear advection, diffusion, and advection diffusion, with cases chosen to mimic features present in compressible gas dynamics.
Our method relies on accurate, essentially noise-free, solutions of the basic microscopic kinetic equation, e.g. the Boltzmann equation or a kinetic model equation; in this paper, the BGK model and the ES-BGK model equations are considered.
