Sentence examples for catalyst to allow from inspiring English sources

The tubular reactor is filled up with a catalyst to allow the reaction process to occur.

Then, the mixtures were stirred further under constant and continuous magnetic stirring for approximately 2 h at 70 °C separately, without adding any catalyst, to allow PVDF dissolve completely and the optimum viscosity was obtained for the electrospinning process.

Then, the resorcinol formaldehyde resol is mixed with Pluronic F127 solution followed by the addition of an acid catalyst to allow the rapid self-assembly and condensation in the second step.

Another of the fusion mechanisms powering stars is the CNO cycle, in which carbon acts as a catalyst to allow the reaction to proceed.

The THAI CAPRI process had been successfully proven at the laboratory scale from literatures; the challenges of the process have been extending the catalyst lifespan to allow sufficient time to process the propagating reaction front as well as in situ regeneration of the deactivated catalyst.

These indicate our unique catalyst is promising to allow the PEM fuel cell have high ORR activity and stability.

The incorporation of lanthanides in the formulation of these catalysts is shown to allow a fine tuning of the local electronic properties while keeping the same overall oxide lattice structure, due to the similarity of their chemical behaviour and ionic size.

The catalyst La0.8Cr0.9Li0.1O3 was found to allow the best compromise between satisfactory catalytic activity and stability.

The creation of isolated metal centers on multifunctional catalyst surface was seen to allow the formation of xylitol while the existence of sole acid sites led to the production of furfural.

It is demonstrated that the thermal stability of polymers prepared under optimised conditions, (e.g. low catalyst content) is sufficient to allow melt processing for at least a few minutes of residence time above the melting temperature.

The reactor design methodology and evaluation can assist the devising of equipment and processes for the synergistic use of high-temperature photo- and thermo-catalysts to potentially allow CO2 conversion at lower temperatures than exclusively solar thermochemical processes.