A series of flames in a turbulent methane/air stratified swirl burner is presented. The degree
of stratification and swirl are systematically varied to generate a matrix of experimental …

Laser diagnostics for fundamental investigation of turbulent combustion are discussed in the
context of collaborative research that has been conducted over the past decade to contribute …

Experimental results are presented from a series of turbulent methane/air stratified flames
stabilized on a swirl burner. Nine operating conditions are considered, systematically …

With a view to understanding ignition and combustion behaviours in diesel engines, this
study investigates several aspects of ignition and combustion of an n-dodecane spray in a …

Stratified flames are common in practical combustion systems. However, relatively little is
known about the detailed structure of turbulent stratified flames. Multiscalar laser …

Simultaneous line measurements of major species and temperature by the Raman–
Rayleigh technique, combined with CO two-photon laser-induced fluorescence and crossed …

This paper investigates the stabilization mechanism of turbulent jet flames with highly
inhomogeneous inlet conditions. A modification of the standard piloted burner is employed …

Three turbulent flames were studied using a new experimental facility developed at Sandia
National Laboratories. Line imaging of Raman and Rayleigh scattering and CO laser …

Based on scanning planar laser-induced fluorescence of OH, a measurement system with
the capability to record time-resolved three-dimensional image sequences of the OH …

Detailed scalar structure measurements of highly sheared turbulent premixed flames
stabilized on the piloted premixed jet burner (PPJB) are reported together with …