Sentence examples for average gas temperature from inspiring English sources

The output from the model includes the apparent heat release, fraction of fuel burned, fuel burning rate, heat losses, indicated parameters and average gas temperature.

As the engine load increased, the overall fuel-to-air ratio supplied to the engine increased, resulting in an increase in average gas temperature in the combustion chamber; hence, NO x formation, which is sensitive to temperature, increased.

The parameters like reduced electric field (E/N), electron temperature, ionization rates, ambipolar diffusion losses and the average gas temperature were numerically evaluated for several mixtures of CO2, N2 and He in low pressure regime.

Snapshots of the heat transfer driving force (the difference between single particle temperature and average gas temperature) are presented to provide insight into the particle temperature distribution in the fluidized bed.

AHs was used to calculate AH from the following formula: AH = (AHs × RH /100 (in mg H2O/l) (4) RH, AH, average gas temperature in the inspiratory limb, maximum and minimum tracheal temperatures, and total respiratory heat loss were obtained for each device after a 45-min period for optimal stabilization.

Furthermore, instantaneous snapshots of the thermal driving force (the difference between the single particle temperature and bed-average

It is observed that by closing the openings at the top of the baffles, the same average flue gas temperature can be obtained by reducing the global equivalence ratio (φglob) from 1.0 to 0.125.

The plasma pre-treatment of wood surfaces with a dielectric barrier discharge under atmospheric pressure and under an average process gas temperature of 35 °C increases the fracture strength of glued robinia wood by 28%.

Different influences (bed length, gas velocity of bed, initial bed temperature, feed concentration and cycle time) on maximum gas temperature and average conversion, etc., are obtained.

The results show that the predicted average gas voidage, average liquid velocity and temperature at two locations in the riser agree reasonably well with experimental data.

The collection efficiency increased with increasing electric field strength, average diameter of particles and with decreasing gas temperature.