Sentence examples for model for methane from inspiring English sources
A detailed microkinetic model for methane oxidative coupling has been developed including so-called catalyst descriptors.
Experimental data are used for simulations in ChemCad 6.3® and results are used to investigate the effect of factors and to have a mathematical model for methane evolution rate through response surface methodology.
An extended microkinetic model for methane oxidative coupling (OCM) including so-called catalyst descriptors has been used for the simulation of experimental data on various catalysts in different setups.
In this work, a two-step oxy-combustion reaction kinetics model for methane-oxygen combustion is used to predict the oxy-combustion characteristics in the permeate side of the membrane.
Current literature agrees that the equilibrium and kinetic models for methane hydrate dissociation are almost indistinguishable.
The proposed model is based on a combination of simple turbulent mixing approach with a detailed chemistry sub-model for methane oxidation and NO x formation.
Open image in new window Fig. 7 a Specific CH4 consumption rates as function of ( P_{{CH_{4} }} ) ( (P_{{H_{2} O}} ; 2 2. 8 2 {text{ kPa)}} ), b Specific CH4 consumption rates as function of ( P_{{H_{2} O}} ) ( (P_{{CH_{4} }} ; 2 2. 8 2 {text{ kPa)}} ) Table 3 Estimates of mechanistic models for methane steam reforming data Model no.
An alternative approach is proposed to develop an improved permeability model for coalbed methane (CBM) and CO2-enhanced CBM (ECBM) recovery, and CO2 geosequestration in coal.
The levelized cost of hydrogen for municipal fuel cell buses has been determined using the DOE H2A model for steam methane reforming (SMR), molten carbonate fuel cell reforming (MCFC), and wood gasification using wastewater biogas and willow wood chips as energy feedstocks.
Finally, an optimized set of Lennard-Jones parameters for single site models were proposed for methane, nitrogen and carbon monoxide.
Alastair Lewis, an atmospheric chemist at the University of York in the United Kingdom, who has worked alongside Hewitt on different projects, points out that the finding has implications for climate modeling of methane, another important greenhouse gas.
