Sentence examples for modes of flame from inspiring English sources

The structural details of these two modes of flame stabilization are discussed.

Two modes of flame extinction occur: a spatially global type for large wall thermal conductivities and/or low flow velocities and blowout.

A high speed Schlieren imaging system is applied to see different modes of flame kernel development with island formation and quench.

It is found that the modes of flame acceleration and DDT in these two channels are different, being primarily controlled by viscosity and turbulent flame development, respectively.

To characterize the propagation modes of flames, flame propagation speed must be accurately calculated.

A completely prevaporized mode and a partially prevaporized mode of flame propagation are identified.

For a polydisperse tetralin spray of low volatility the theory produces evidence suggesting a critical initial SMD at which a switchover from the homogeneous to the heterogeneous mode of flame propagation occurs that is in agreement with independent experimental and theoretical predictions for monodisperse sprays.

These flow paths represent destruction "failure modes" of the flame and generate pockets that are more properly described as high-temperature thermal zones that is, zone 3.

A theory for heterogeneous flame propagation in the self-propagating, high-temperature synthesis (SHS) process that proceeds in multi-layer foils consisting of alternating layers of constituents has been formulated, describing a pre-mixed mode of bulk flame propagation supported by a non-pre-mixed reaction that proceeds at the layer surface of a constituent with higher melting point.

Depending on the channel width we discuss two possible modes of extinction: total flame extinction brought about in narrow channels by excessive losses, and partial flame extinction near the walls of wider channels.

Computations are for three modes of spherical laminar flame propagation: explosion, implosion, and stationary.