Sentence examples for air stream temperature from inspiring English sources

Thus we can conclude that the difference in the trends of the pressure curves is caused by the difference in the initial air stream temperature.

Three air stream temperatures, 100 °C, 150 °C, and 200 °C, were used with the average air speed at the test section set at 1.4 m/s and thermal exposure durations up to 1200 s.

Two initial air stream temperatures corresponding to the two experimental cases are chosen such that the higher temperature yielded a shorter ignition distance, and the lower temperature yielded a longer ignition distance.

To try to find out the physical reason for the different trends of the pressure curves observed in an experimental supersonic combustor at two different initial air stream temperatures.

The comparisons of mean reaction rates with different hydrogen and air stream temperatures reveal that the model can predict the mean reaction rate for practical scramjet combustor flow field.

On the other hand, when the air-stream temperature is higher than the crossover temperature, the predicted ignition distance indicates that ignition is feasible within practical supersonic combustion engines.

Results show that the state of the hydrogen/oxygen second explosion limit has the dominant influence in the system response in that, for all practical purposes, ignition is not possible when the air-stream temperature is lower than the crossover temperature, even allowing for viscous heating.

By simultaneous recordings of air-stream temperature at six points in the bronchial tree, McFadden et al [ 38] found that, during quiet breathing of room air, temperature was 32°C in the upper trachea and 35.5°C in the subsegmental bronchi.

Together with laboratory temperature and humidity, and experimental air stream and outside temperature, thermocouple data were stored every 10 s on a laptop computer via a network of one ALMEMO 5590-2 (40-channels) and two ALMEMO 2290-8 data loggers (5-channels each; Ahlborn).

The relationship between air and stream temperatures indicated that stream temperatures at the upstream site were likely to be affected by a dam release, while temperatures in the downstream reaches have deviated more from air temperatures in recent years, probably due to the increased impacts of effluents from WWTPs.

Designing a UV-PCO system for a building requires full understanding of its performance, which strongly depends on the UV intensity field, types and concentration levels of reactants, oxygen and moisture levels, temperature, reflectance of duct surfaces, system configuration, orientation, air stream characteristics like temperature, humidity, air velocity and mixing, just to mention a few.