Assessing the potential of a chemiluminescence and machine learning-based method for the sensing of premixed ammonia–hydrogen–air turbulent flames
The potential of chemiluminescence to develop non-intrusive sensors for the monitoring and
control of turbulent ammonia–hydrogen flames is here investigated experimentally. This …
control of turbulent ammonia–hydrogen flames is here investigated experimentally. This …
Blowout and stability limits of ammonia-hydrogen-nitrogen/air flames in non-premixed coaxial swirl combustor with varying ammonia fraction
R Yadav, R Santhosh - Journal of the Energy Institute, 2025 - Elsevier
The present experimental investigation concerns identification of stable flame regimes and
blowout limits of ammonia-hydrogen-nitrogen flames in confined coaxial swirling jet …
blowout limits of ammonia-hydrogen-nitrogen flames in confined coaxial swirling jet …
Insight into the instability of ammonia-methane laminar diffusion flame
G Lin, C Fan, Z Fu, H Li, Y Liu, H Du, B Xu, S Jin… - Journal of the Energy …, 2024 - Elsevier
Ammonia is one of carbon-neutral hydrogen derivatives and is identified as a sustainable
fuel for mobile applications. However, the combustion instability of pure ammonia remains a …
fuel for mobile applications. However, the combustion instability of pure ammonia remains a …
Blowout and Blowoff Limits of Confined Coaxial Ammonia/Hydrogen/Nitrogen-Air Flames with Variable Ammonia Fraction
R Yadav, R Santhosh - Flow, Turbulence and Combustion, 2024 - Springer
The present experimental study reports first observations of stability, blowout, and blowoff
characteristics of ammonia–hydrogen–nitrogen fuel blend flames with varying volumetric …
characteristics of ammonia–hydrogen–nitrogen fuel blend flames with varying volumetric …