Exact(5)
The solar reformer is integrated with a solar tower and steam reforming of methane is studied.
The performance of Pd supported on alumina or titania, prepared by impregnation or sol gel, for catalytic combustion of methane is studied.
The partial oxidation of methane is studied at 673 873 K over new Ru-based catalysts supported on TiO2 ZrO2 with different TiO2 content.
Influence of the initial methane-oxygen mixture dilution with steam on the parameters of the oxidative coupling of methane is studied.
The effect of an adjacent surface on the lower flammability limit cloud extents of high pressure horizontal and vertical unignited jets of both hydrogen and methane is studied using Computational Fluid Dynamics CFDD) simulations performed with FLACS Hydrogen.
Similar(55)
NO reduction by methane was studied between 773 and 973 K.
Catalytic properties of supported neodymium oxide in oxidalive coupling of methane were studied.
The mechanism of partial oxidation of methane was studied on Pt/Al2O3, Pt/ZrO2 and Pt/Ce ZrO2 catalysts.
The liquid phase oxidation of tetralin and the partial oxidation of methane were studied, and electrochemical applications were also investigated.
The oxidative coupling and total oxidation of methane were studied over potassium-doped antimony oxide supported on silica.
Carbon dioxide reforming of methane was studied over Ni catalysts supported on the cuspidine-like phase Nd4Ga2O9.
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