The resulting magnetic materials have a promising applications in biomedicine, as micro-reactors, microwave absorbing materials, easily recoverable from the reaction medium catalysts of various chemical reactions (including carbon nanotubes growth) and a component for creating new composite (e.g., metal-oxide) materials with improved performance characteristics.
A porous medium-catalyst hybrid reformer for hydrogen-rich syngas production by dry autothermal reforming (DATR) was investigated in this study.
A porous medium-catalyst hybrid reformer for CO2 conversion by dry auto-thermal reforming (DATR) was investigated in this study, and its operating range was discovered.
In an alkaline medium, the catalyst exhibits superior ORR activity to that of commercial Pt/C catalyst.
The effect of pH of medium and catalyst dosage and efficiency of recovered Pd/ZrO2 and Pt/ZrO2 NPs on the photocatalytic degradation were also studied.
At pH 11, medium Sm ZnO Ag catalyst was negatively charged by means of adsorbed HO − ions.
An easy and fast direct polyesterification method using Brønsted acid ionic liquids (BAILs) as both reaction medium and catalyst was investigated.
We previously proposed that due to its high tolerance to methanol and the good activity towards the oxygen reduction reaction in alkaline medium, this catalyst could be useful to reduce the methanol crossover effect in direct methanol fuel cells.
It's the medium and catalyst for that genius.
Using a matrix approach a number of opportunities were identified as short term — energy conservation, environmental management, catalysts for combustion, photovoltaic cells; medium term — catalysts for conversion of biomass, gas and coal, fuel cells, advanced photovoltaics, capture and storage of carbon dioxide; and long term — hydrogen production, storage and use.
