Application of spontaneous Raman and Rayleigh scattering and 2D LIF for the characterization of a turbulent CH4/H2/N2 jet diffusion flame
V Bergmann, W Meier, D Wolff, W Stricker - Applied Physics B, 1998 - Springer
4/H 2/N 2 diffusion flame. Important aspects of the measuring technique, such as accuracy,
cross talk between different Raman bands, and the correction procedure for background
from laser-induced fluorescence are discussed. In addition, a 2D LIF and Rayleigh imaging
system were used to study the structures of OH, CH, NO, and temperature distributions in the
flame. A comparison between two different CH detection schemes is presented. A main goal
of the investigations was a detailed and accurate characterization of the investigated flame …
cross talk between different Raman bands, and the correction procedure for background
from laser-induced fluorescence are discussed. In addition, a 2D LIF and Rayleigh imaging
system were used to study the structures of OH, CH, NO, and temperature distributions in the
flame. A comparison between two different CH detection schemes is presented. A main goal
of the investigations was a detailed and accurate characterization of the investigated flame …
Application of spontaneous Raman and Rayleigh scattering and 2D LIF for the characterization of a turbulent CH [sub 4]/H [sub 2]/N [sub 2] jet diffusion flame.
V Bergmann, W Meier, D Wolff… - Applied Physics B …, 1998 - search.ebscohost.com
Abstract. A single-pulse spontaneous Raman scattering apparatus was used to determine
the temperature and major species concentrations in a turbulent CH [sub 4]/H [sub 2]/N [sub
2] diffusion flame. Important aspects of the measuring technique, such as accuracy, cross
talk between different Raman bands, and the correction procedure for background from
laser-induced fluorescence are discussed. In addition, a 2D LIF and Rayleigh imaging
system were used to study the structures of OH, CH, NO, and temperature distributions in the …
the temperature and major species concentrations in a turbulent CH [sub 4]/H [sub 2]/N [sub
2] diffusion flame. Important aspects of the measuring technique, such as accuracy, cross
talk between different Raman bands, and the correction procedure for background from
laser-induced fluorescence are discussed. In addition, a 2D LIF and Rayleigh imaging
system were used to study the structures of OH, CH, NO, and temperature distributions in the …
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