ABSTRACT: Temperature and soot concentration measurements from laminar, premixed flames at different conditions (pressures P, equivalence ratios φ and fuels), provide an excellent data base for the modelling of soot formation. For the verification of numerical simulations of sooting flames, the use of accurate, spatially and temporally resolved data measured with non-intrusive in situ meas-urement tools is necessary. We present the application of a recently developed technique for tem-perature measurements in sooting flames. Soot concentrations measured by laser-induced incandes-cence (LII) are compared to calculated profiles of soot formation, based on the measured temperatures. The overall agreement is quite satisfactory for the experimen...
The use of a modulated LII two-colour technique to measure soot temperature in a laminar diffusion f...
This work has been aimed at developing and applying laser-induced incandescence (LII) for flame soot...
This research focuses on the effects of an increasing pressure on the soot formation during combusti...
This thesis reports on the study of laminar premixed ethylene/air flat flames, in both rich and lean...
The current study represents the first application of commercial laser-induced incandescence (LII) i...
Abstract Laminar, sooting, coflow diffusion flames at atmospheric pressure have been studied experim...
The measurement of soot and soot precursors is important for understanding the formation of so...
Laser-induced incandescence (LII) measurements were conducted in a laminar flat rich premixed CH4/ O...
In this paper we describe our development of the LII technique for point measurement in flames and t...
Methods to investigate soot formation are studied experimentally with a co-flow burner. In this stud...
Laminar diffusion flames present an elementary configuration for investigating soot formation and va...
International audienceControl of soot emission raises fundamental issues and has important practical...
Laser-induced incandescence (LII) was used to derive temperatures of pulsed laser heated soot partic...
International audienceWhile validating the numerical modeling of the primary particle size distribut...
The flame and soot structure, including soot primary particle nucleation, surface growth and oxidati...
The use of a modulated LII two-colour technique to measure soot temperature in a laminar diffusion f...
This work has been aimed at developing and applying laser-induced incandescence (LII) for flame soot...
This research focuses on the effects of an increasing pressure on the soot formation during combusti...
This thesis reports on the study of laminar premixed ethylene/air flat flames, in both rich and lean...
The current study represents the first application of commercial laser-induced incandescence (LII) i...
Abstract Laminar, sooting, coflow diffusion flames at atmospheric pressure have been studied experim...
The measurement of soot and soot precursors is important for understanding the formation of so...
Laser-induced incandescence (LII) measurements were conducted in a laminar flat rich premixed CH4/ O...
In this paper we describe our development of the LII technique for point measurement in flames and t...
Methods to investigate soot formation are studied experimentally with a co-flow burner. In this stud...
Laminar diffusion flames present an elementary configuration for investigating soot formation and va...
International audienceControl of soot emission raises fundamental issues and has important practical...
Laser-induced incandescence (LII) was used to derive temperatures of pulsed laser heated soot partic...
International audienceWhile validating the numerical modeling of the primary particle size distribut...
The flame and soot structure, including soot primary particle nucleation, surface growth and oxidati...
The use of a modulated LII two-colour technique to measure soot temperature in a laminar diffusion f...
This work has been aimed at developing and applying laser-induced incandescence (LII) for flame soot...
This research focuses on the effects of an increasing pressure on the soot formation during combusti...