The induction zone length is an important length scale for gaseous detonations, as it is
correlated with other characteristic parameters such as the cell size. A good characterization …

This study aims to validate the new developments in our in-house spectroscopic code (KAT-
LIF) to perform NO-LIF simulations for detonation conditions, as well as evaluating the …

This study presents a thorough evaluation of the simultaneous planar laser-induced
fluorescence (PLIF) on hydroxyl (OH) radicals and nitric oxide (NO), for characterizing …

The detonation front's unstable structure leads to an unsteady and three-dimensional (3D)
phenomenon that renders the study of the cell cycle challenging. Traditionally, fundamental …

Detonation is the supersonic mode of propagation of combustion waves in premixed
reactive mixtures. It is associated with high energy release, pressure, and temperature for …

The detonation front's unstable structure leads to an unsteady and threedimensional (3D)
phenomenon that renders the study of the cell cycle challenging. Traditionally, fundamental …

This study characterizes a CJ hydrogen-air detonation using high-speed Rayleigh scattering
and single-shot planar laser-induced fluorescence of nitric oxide (NO-PLIF). Firstly, we …

This study investigates the structure of the detonation front in a stoichiometric H2-air mixture
(2H2-O2-3.76 N2), seeded with 2000 ppm of NO, at 25 kPa and 293 K, for two channel …

Detonation waves have been studied for more than seventy years [1], using techniques such
as schlieren or shadowgraph, and CH* or OH* chemiluminescence for visualization of the …

Detonations are intense supersonic reactions where the combustion wave propagates at the
O (km/s) relative to the unburned fresh gas, accompanied by a pressure rise of 20− 50 bar …