Shock Tube Database

Name Reactants Shock
Temperature
/ K
Pressure
/ bar
Soot Notes
Observed Calculated
Number
Dens
Mean
Diam
Soot
Yield
Number
Dens
Mean
Diam
Soot
Yield
Knorre1Benzene Acetylene167660----Yes----YesData published in: Knorre et al. "Proc Combust Inst" 26 (1996)
Knorre10Benzene 1 Acetylene 1various6----Yes----Yesas for Knorre1
Knorre11Benzene 1 Acetylene 2.5various6----Yes----Yesas for Knorre1
Knorre12Benzene 2.5 Acetylene 1various6----Yes----Yesas for Knorre1
Knorre13Acetylene 1various60----Yes----Yesas for Knorre1
Knorre14Benzene 1various60----Yes----Yesas for Knorre1
Knorre2Benzene Acetylene178960----Yes----Yesas for Knorre1
Knorre3Benzene Acetylene180660----Yes----Yesas for Knorre1
Knorre4Benzene Acetylene188060----Yes----Yesas for Knorre1
Knorre5Benzene Acetylene201760----Yes----Yesas for Knorre1
Knorre6Benzene Acetylene215460----Yes----Yesas for Knorre1
Knorre7Benzene 1 Acetylene 1various60----Yes----Yesas for Knorre1
Knorre8Benzene 2.5 Acetylene 1various60----Yes----Yesas for Knorre1
Knorre9Benzene 10 Acetylene 1various60----Yes----Yesas for Knorre1

Shock tubes are homogeneous systems so no spatially resolved data is given. Some sets of data are time resolved, others report observations made while varying a single parameter.

Soot yield

This is the percentage of all C atoms in the tube which are part of soot particles.