Sentence examples for behavior of the combustion from inspiring English sources

The coal-dust concentration also significantly affected the propagation behavior of the combustion zone.

The behavior of the combustion pressures and luminous intensities plotted in Figure 7 became quite different after the maximum around 20 CAD ATDC.

The behavior of the combustion rate of carbon, when the flame sheet attaches to or collapses at the carbon surface, is studied in a model in which the heterogeneous reactions 2C s) + O2 → 2CO [reaction (I)] and C s) + CO2 → 2CO [(IV)] and the homogeneous reaction 2CO + O2 → 2CO2 [ III)] occur in a stagnation flow of air.

A fine thermocouple and an ion current probe were respectively used to measure the flame temperature profile and the reaction behaviors of the combustion zone.

This paper aims to clarify the different multi-dimensional flow and energy conversion behaviors of the combustion gas and propellant grains in two typical structures of dual chambers with a propelled body.

A mathematical model was implemented for the physical and chemical behavior of the biomass combustion process, as well as for heat transfer mechanisms and turbine behavior to assess the plant operating variables in both steady state and transient operating conditions.

Scalar data are obtained from Rayleigh/Raman/CO laser induced fluorescence (CO-LIF) line measurements at 103 μm resolution, allowing the behavior of the major combustion species CH4, CO2, CO, H2, H2O and O2 to be probed within the instantaneous flame front.

The enhancement and hysteresis behavior of the burning rate of single droplet combustion in the presence of airstream oscillation observed in previously performed microgravity experiments at elevated pressure up to 1.0 MPa were numerically investigated.

Through the different experimental findings of other researchers, we attempt to develop a deeper understanding of the behavior of flameless combustion systems and the major parameters impacting their emission performance.

In this paper were evaluate the ignition behavior of the in-situ combustion (ISC) process in the Chichimene field using a reservoir commercial software.

Predicting and controlling the behavior of oscillatory combustion systems requires an understanding of the interactions between the periodic combustion and acoustic processes.