Turbulent Sooting Jet Flame directories of 2D diagnostics contain *.jpg, color coded (visual impression only) *.txt, data in ascii format - header info: x-pixel, y-pixel, x-pixel, x-spacing, x-offset first pixel, x-unit, y-spacing, y-offset first pixel, y-unit, int. unit (if not declared differently below) *.dat, tecplot format \burner Flame conditions Absolute ambient press. 959-981 mbar Exit Reynolds number 10000 Fuel mass flow 10.4 g min-1 Air mass flow 320 g min-1 Fuel temperature 297±5 K Air temperature 294±5 K Mean fuel jet velocity 44 m s-1 Power 8.7 kW \publications M. Koehler et al. Appl. Phys. B 2011, doi: 10.1007/s00340-011-4373-y M. Koehler et al. Appl. Phys. B 2011, doi: 10.1007/s00340-011-4549-5 M. Koehler et al. Combust. Flame, online 2012, doi: 10.1016/j.combustflame.2012.01.015 T. Blacha et al. AIAA 2011-114 \SV-CARS Temperature information. Legend reads: r mm radial location h mm axial location, HAB Tmean K mean temperature Sigma K distribution width of a corresponding normal distribution Tmp K most propable temperature (within the 5-95% confidence interval) T95 K upper distribution threshold, 95% of all temperatures are lower, value is relative to Tmp T5 K lower distribution threshold, 5% of all temperatures are lower, value is relative to Tmp N number of evaluated shots. max. 1200 maxerr error level set in data evaluation \PIV 2000 images averaged 2 regions are stored in different files: "1" close to the burner, covering the lift-off region, and "2" further downstream images of averages and RMS v m/s velocity vectors x-scale mm y-scale mm \OH-PLIF 1000 images averaged images of averages, RMS and a "representative" instantaneous collection int. a.u. relative values x-scale mm y-scale mm \PAH-PLIF 1000 images averaged images of averages, RMS and a "representative" instantaneous collection int. a.u. relative values x-scale mm y-scale mm \OH-chemoluminescence images of averages and RMS 1000 images averaged int. a.u. relative values x-scale mm y-scale mm \LII 1000 images averaged images of averages, RMS and a "representative" instantaneous collection int. ppm x-scale mm y-scale mm \RAMAN Raman information. Legend reads: 400 datapoints averaged one file is for cold flow, one for reacting flow r mm radial location h mm axial location, HAB C2H4 % fuel mole fraction averaged RMS % RMS fuel mole fraction Equally, combined kHz soot distribution/velocity images can be provided on request. These do cover very few mm in 2 locations of the flame, and are ONLY useful to provide an IMPRESSION of the temporal development of soot filaments in interaction with the velocity field. Please contact klauspeter.geigle@dlr.de or m.koehler@dlr.de if identifying any inconsistencies