Conference Proceedings

Experimental investigation of the stabilization and structure of turbulent cool diffusion flames

CB Reuter, OR Yehia, SH Won, MK Fu, K Kokmanian, M Hultmark, Y Ju

2018 Spring Technical Meeting of the Eastern States Section of the Combustion Institute, ESSCI 2018 | Published : 2018


Although recent studies of laminar cool flames have provided important advances in understanding the low-temperature chemistry of both hydrocarbons and oxygenates, there has been limited experimental insight into how interactions between turbulence and chemistry occur in cool flames. To address this, a new Co-flow Axisymmetric Reactor-Assisted Turbulent (CARAT) burner has been developed and characterized in this investigation for the purpose of directly studying turbulent cool flames. A methodology for establishing stable turbulent cool diffusion flames under well-defined conditions is proposed. The structure of dimethyl ether flames is examined using both formaldehyde planar laser-induced f..

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