Four-Line C2*/CH* Optical Sensor for Chemiluminescence Based Imaging of Flame Stoichiometry

ME Tonarely, T Genova Jr, AJ Morales, D Micka… - Sensors, 2022 - mdpi.com
In the present work, an optical sensor was developed and calibrated for the purpose of non-
intrusive equivalence ratio measurements in combustion systems. The sensor incorporates …

[HTML][HTML] Flame emission spectroscopy analysis of distributed liquid fuel combustion

GT Hidegh, B Pizág, Á Urbin, E Rácz, V Józsa - Fuel, 2023 - Elsevier
Distributed combustion offers ultra-low pollutant emission, low susceptibility of
thermoacoustic instabilities, and is highly fuel flexible, being an ideal choice for, eg, boilers …

Equivalence Ratio Gradient Effects on Locally Lean, Stoichiometric and Rich Propane/Air and N-Heptane/Air Turbulent Bluff Body Flames

EP Mitsopoulos, SM Panou, M Manoudakis… - Flow, Turbulence and …, 2024 - Springer
The effect of inlet mixture stratification was investigated in propane/air and prevaporised n-
heptane/air flames stabilized in the near wake region of a bluff-body burner. The employed …

[HTML][HTML] Investigations on conical lean turbulent premixed hydrogenated natural gas flames

D Güleryüz, C Allouis, İ Gökalp - Fuel Communications, 2024 - Elsevier
Hydrogen's ability to enhance carbon neutrality in combustion processes puts forward the
use of hydrogenated fuels, both in the form of fuel and an energy carrier as a potential …

EXPERIMENTAL AND NUMERICAL STUDIES ON LEAN TURBULENT PREMIXED FLAMES

D Güleryüz - 2023 - open.metu.edu.tr
Combustion emissions mitigation requirements and increased energy efficiency demands
pose stringent conditions on the design of new combustors. Emission requirements indicate …