Sentence examples for effects of burner from inspiring English sources

The effects of burner to plate spacing, equivalence ratio and Reynolds numbers on the flame structure and emission are investigated.

The effects of burner to plate distance (H/d), inlet velocity (Uin), inlet fuel concentrations (Φin) and stagnation plate type on flame stability are discussed.

Effects of burner rotation on the shapes and dynamics of premixed Bunsen flames have been investigated experimentally in normal gravity and in microgravity.

Effects of burner wall and coflow boundary conditions on the computed flame structures are also examined in detailed to clarify the importance of boundary conditions in simulating these flames.

By combining 3-D computational fluid dynamics (CFD) analysis of the furnace with a 1-D steam-water side model it is possible, for example, to simulate the effects of burner and SOFA settings, firing patterns and coal blending on the boiler efficiency and pollutant formation, as well as the combustion efficiency.

The effect of burner flow rate is qualitatively similar to that of the soot/precursor formation reaction rate except that the flame temperature increases monotonically with the flow rate until the adiabatic limit is reached.

A tubular burner filled by alumina pellets with diameters of 10 mm and 4.3 mm, respectively, was used as the porous media burner to study the effect of the burner inlet gas flow rate, equivalence ratio, and diameter of alumina pellets on the combustion temperature distribution along the burner axis and the combustion wave velocity.

An effective excess-enthalpy (H) is defined and used to measure the global thermal effect of the burner on the flame.

This paper presents an experimental study on the effect of the burner geometry on the stability limits of a turbulent non-premixed biogas flame.

However, be aware that for their determination not only the melt behavior in the centrifugal disk but also the effect of the burner flow, that is, aerodynamic heating and heat distortion of disk walls and nozzles, have to be taken into account.

The effects of the exit burner geometry, of the Reynolds number (jet speed) and of the distance between the nozzle and the plate have been investigated.