Sentence examples for mean gas temperature from inspiring English sources

The image brightness indicates the mass density, and color visualizes the mean gas temperature of ordinary ("baryonic") matter.

From the analysis conducted it is concluded that the single-zone model calculates with reasonable accuracy the in-cylinder pressure, while it rather underestimates the peak in-cylinder mean gas temperature near the top dead center (TDC).

Effect of error in these input parameters on estimated combustion and performance parameters like IMEP, combustion phasing, combustion duration, heat release rate, and maximum mean gas temperature are evaluated.

Patients in group A had a mean gas temperature of 31.4 ± 2.8°C, those in group C had a mean gas temperature of 32.1 ± 2.6°C, and those in group D had a mean gas temperature of 34.2 ± 2.7°C.

The turbulent flame computational results, with and without radiation heat transfer, are compared with experimental data for mean gas temperatures, species concentrations and flame lift-off heights for a number of laboratory- and large-scale lifted turbulent jet flames.

Details of the liquid modeling approach, including thermodynamic specifications and descriptions of liquid spray at the nozzle outlet, influence the burning regime, mean gas temperatures, and emissions levels predicted by LES.

Transverse temperature gradients do not exceed 0.5 K across the wall and 40 K across the gas-phase, in contrast to 250 K difference in temperature of outside wall and mean gas phase temperature inside the tube usually observed in conventional reformers.

The actual mean inspiratory gas temperature was lower than the target temperature set by the humidifier, especially with low VT, which may result in an inadequate humidification.

The variations of torque, power, brake thermal efficiency, brake mean effective pressure, exhaust gas temperature, and emissions of NOx, CO, CO2, HC, and O2 versus engine speed are compared for a carbureted SI engine operating on gasoline and hydrogen.

Boltzmann introduced the hypothesis in developing classical statistical mechanics; it was used to provide a suitable basis for identifying macroscopic quantities with statistical averages of microscopic quantities, such as the identification of gas temperature with the mean kinetic energy of the gas molecules.

The current study aims to investigate the uncertainties associated with the gas temperature measurement in porous material using thermocouples at high temperatures by means of two hierarchical models.