HAL (France)
open access
Combining information on particle size and optical properties for in situ detection of largely oxidized soot particles: A demonstration of feasibility in laminar coflow diffusion flames
The urgency of transitioning toward low-emission energy systems is driving the development of combustion technologies with minimal pollutant emissions. This includes soot, which consists of solid carbon nanoparticles produced under locally fuel-rich conditions as a result of formation and oxidation
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