Flame emission spectra and OH* imaging are carried out together with planar laser-induced
fluorescence (PLIF) of OH and CH 2 O to characterize the reaction zone structures of three …

The reaction zone of a small-scale laboratory combustor operating under flameless
oxidation conditions is examined with the aid of hydroxyl radical chemiluminescence (OH*) …

Absolute excited state concentrations of OH (A), CH (A, B), and C2 (d) were determined in
three low pressure premixed methane-air flames. Two-dimensional images of …

Combustion-torch ignition of a lean methane-air mixture (= 0.65) in a divided-chamber
combustion vessel was studied using planar laser-induced fluorescence imaging of nitrogen …

This article examines the combustion regimes occurring in a small-scale laboratory
cylindrical combustor, in which the burner and the exhaust port are mounted at the top end …

A supersonic combustor was experimentally investigated using both conventional
instrumentation and laser-based diagnostics. Planar laser-induced fluorescence (PLIF) …

Combustion diagnostics in practical devices are difficult due to the harsh environment
encountered. Many optical diagnostics are attractive for combustion diagnostics applications …

Laser-induced fluorescence (LIF) and emission spectroscopies are used for the
characterization of species and temperature in premixed, laminar, flat flames of CH 4/NO 2/O …

Laser diagnostic techniques have for more than five decades been used for gaining a
deepened understanding of various combustion processes. The main reason for this is the …

Planar laser induced fluorescence of OH is quantitatively applied in the lift-off region of a
spray jet flame. The spray is produced by a coaxial air-blast injector fed with liquid methanol …