164
Authors Name:
Monika NanjaiahAffliations:
Institut für Verbrennung und Gasdynamik (IVG), Lehrstuhl Fluiddynamik, Universität Duisburg-EssenDate of Dataset Creation:
Jan. 27, 2020Publication Reference:
Monika N, Anita P B, Matthieu L, Peter F, Christof S, Sergey C, Andreas K, Irenaeus W, Igor R, Experimental and numerical investigation of iron-doped flames: FeO formation and impact on flame temperature, submitted to combustion symposium 2020.Embargo Time:
Sept. 1, 2020DataGeneration Type:
SimulationMethods:
Detailed/Reduced iron pentacarbonyl reaction mechanismInstruments:
Uni-due clusterSoftware:
Python and CanteraModels:
Genetic algorithm, 0D Reactor and 1D freely propagating flameDevice:
GenericConfiguration:
Validated for 3000 Pa, equivalence ratio=0.5-1.5Precursor:
Iron pentacarbonyl (IPC)Data Type:
ScriptVariables:
IPC variation, temperature, FeO profileError_Estimation:
Within experimental uncertainties