This paper reports on the chemiluminescence footprint of premixed ammonia-methane-air
flames. The chemiluminescence spectrum of laminar twin-flames stabilized with a …

Here, we propose a new physically consistent modeling scheme, JIHT-OHex (C x H y), that
accurately predicts the formation and consumption of electronically excited …

We report a spatially resolved spectroscopic study of the visible chemiluminescence
emission from different premixed ammonia-air-oxygen flames stabilized on a laminar flat …

In this series of two papers, we present a novel physically sound kinetic submechanism
aimed at modeling the formation and decay of chemiluminescent (electronically excited) …

A novel spectrum calibration method is proposed for high-accuracy emission spectroscopy
to extract quantitative gas property information from the spontaneous photon emission …

A single-camera three-dimensional Multiplexed Structured Image Capture (3D-MUSIC)
based stereoscopic imaging system is demonstrated to obtain a three-dimensional fuel-to …

Fundamental understanding of chemical kinetics pathways involved in ignition and flame
propagation in hydrocarbon flames is essential for designing efficient and clean combustion …

Simultaneous chemiluminescence (CL) imaging of multiple chemical species in unsteady
and/or turbulent combustion environments requires multiple high-speed camera/intensifier …

The present work proposes a novel method to improve the calibration accuracy of laser-
induced breakdown spectroscopy (LIBS) in high-pressure combustion environments …

Turbulent flames in a confined and pressurised jet-in-hot-coflow combustor, under a range
of pressures and coflow conditions, are investigated in this study. The investigation involves …