Sentence examples for model gas liquid from inspiring English sources
Chemical processing advantages from increased heat and mass transfer in small dimensions are demonstrated with model gas, liquid, and multiphase reaction systems.
This chapter discusses how to recognize liquid loading when it occurs, how to model gas well liquid loading, how to design well to minimize liquid loading effects, and what tools are available to assist in designing and analysis of gas wells for liquid loading problems.
The model parameters are estimated from an independent sub-model gas and liquid recirculation, and the long-time-averaged slip velocity between the gas and liquid/slurry in the column center can be as high as 50 60 cm/s depending on the operating conditions.
A model is proposed for cocurrent gas liquid flow through a packed bed.
In this paper, a mathematical model of gas-liquid gravity displacement is established and solved, as well as verified by model experiment.
In this paper a detailed hydrodynamic model for gas-liquid two-phase flow will be presented.
In this model, both gas-liquid equilibrium effect and multi-component diffusion effect have been well considered.
In the model, the gas-liquid hydrodynamics was simulated using the Euler-Lagrange method, while the chemistry of the NH3-CO2-H2O system, including both thermodynamic and kinetic characteristics, was modeled using user-defined modules implemented in the CFD package.
A new two-zone model for gas-liquid mass transfer in the venturi considered that the first "annular" zone was characterized by plug flow of the liquid in the wall annulus, around the central gas core.
This paper presents an improved model for gas-liquid two-phase flow in the churn and annular flow regimes for small- and large-diameters in vertical and near-vertical pipes.
Computational Fluid Dynamic (CFD) and mechanistic models of gas-liquid flow and mass transfer at turbulent conditions are useful for studying local inhomogeneities and operation conditions of gas-liquid stirred tanks.
