Sentence examples for model of methanol from inspiring English sources
Recently the authors developed a microkinetic model of methanol oxidation on silver [A. Andreasen, H. Lynggaard, C. Stegelmann, P. Stoltze, Surf. Sci. 544 (2003) 5 23].
The proposed approach is employed for determining the domain of reliability for a simplified kinetic model of methanol oxidation on silver catalyst.
Localization of this entire pathway in the same compartment makes import of XYL5P into peroxisomes obsolete, which was proposed to be necessary by Douma et al. [ 47] according to the classical model of methanol assimilation.
The effectiveness of the proposed design methodology is tested and discussed through a simulated case study for the identification of kinetic models of methanol oxidation over silver catalyst.
The procedure is tested on a real case study related to the identification of kinetic models of methanol oxidation on silver catalyst.
In this model, administration of methanol extract of two different doses (100 and 200 mg/kg) inhibited the increase in gastric secretion volume, acid output in a dose dependent manner whereas there is an increase in pH.
A multi-field coupling mathematical model that incorporates mass, fluid flow, energy conservation governing equations, and the kinetic model of the methanol steam reforming (MSR) is developed to investigate the performances of the new structure and the traditional structure.
This database, combined with a simple electrokinetic model of the methanol electrooxidation reaction, yields mechanistic insights that are consistent with previous experimental and theoretical studies on Pt, and extends these insights to a broad spectrum of other transition metals.
Our model of a direct methanol fuel cell with straight channels is extended to take into account finite conductivity of current collector plates and local contact resistances.
The results show that the methanol reactor based on Graaf kinetic model produced 0.66 tonne of methanol per tonne of CO2 utilized which is higher than that of the VB kinetic model where 0.6 tonne of methanol is produced per tonne of CO2 utilized.
A transient, two-dimensional hydrodynamic model for the production of methanol from syn-gas in an Air Products/DOE LaPorte slurry bubble column reactor was developed.
