Sentence examples for function of the sweep flow rate from inspiring English sources

Energy and design analyses of the hybrid membrane unit are conducted and the ratio between the required fiber polymeric membranes area to the ceramic membranes area is calculated as a function of the sweep flow rate.

However, it increases dramatically as the sweep flow rate is increased to 8e−6 kg/s.

Unlike variation in the feed flow rate, the change in the sweep flow rate will have a direct effect on the reaction rates and temperatures, as the sweep gas is in immediate contact with the fuel.

It is observed that the flame length increases with increase in the sweep flow rates.

But further augmentation in the sweep flow rates reduces the maximum flame temperature obtained.

On the contrary, the corresponding averaged reaction rates (see Fig. 18) increase with increase in the sweep flow rates.

Beyond this value it decreases slightly and remains constant with further increase in the sweep flow rates.

It is also observed that increasing the sweep flow rates results in higher oxygen fluxes but with leaner flames.

Mass and heat transport in a non-isothermal membrane reactor for an exothermic reaction as a function of working temperature, pressure, sweep flow rate, molar feed ratio and feed flow rate of the reagents was investigated by computer simulation.

The membrane reactor performance has been studied as a function of the feed and sweep flow rates and of the sweep (co- or counter-current sweep modes).

In this section, the effect of sweep flow rate variation on the oxygen permeation and other variables for the reactive cases are discussed keeping a constant fuel flow rate of 5.5e−7 kg/s and a constant feed (air) flow rate of 0.001 kg/s.