Sentence examples for consumption speed of from inspiring English sources

The global consumption speed of flames with CO2 addition is reduced predominantly by a reduction in the laminar flame speed.

The global fuel consumption speed of the jet flame is analyzed using the toluene PLIF field and the OH PLIF field.

Both cases showed that the heat release rate or consumption speed of these laminar-premixed flames vary significantly from the quasi-steady flamelet model.

The apparent size and consumption speed of the fine scale unburned reactant pockets are similar among flames with varying CO2 addition.

We use a strained flame model with detailed kinetics to show that the strained consumption speed of oxy-flames is lower than that of air-flames, mainly due to the chemical role of CO2, and hence laminar flame properties cannot explain the difference between the two flames in the turbulent case.

Another distinct phenotype in M9 minimal medium was that the glucose consumption speed of MGF-01 was significantly decreased compared with that of its parental strain, W3110red, after 20 h cultivation instead of its higher cell density (Fig.  5B).

When stratification thickness is reduced to the order of flame thickness, the difference between local fuel consumption speeds of stratified and homogeneous flames is caused by chemical effect due to different level of H radical in burnt gas.

With equal diffusivity assumption and stratification thickness larger than flame thickness, local fuel consumption speeds of stratified and homogeneous flames are identical, indicating that neither thermal effect nor chemical effect is present in stratified flames.

During the process, equal moles of NADPH would be consumed by slr1192 when ethanol was generated, so the consumption speeds of NADPH could be measured to evaluate the reaction velocities.

A challenge remains in how to use such results predictively for local and instantaneous consumption speed for small segments of turbulent flames where their unsteady stretch history is not periodic.

This paper describes measurements of global turbulent consumption speeds, ST,GC, of hydrogen/carbon monoxide (H2/CO) mixtures.