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- W2313148907 abstract "In order to investigate the structure of Mach 8 flowfields and the mixing of wall injected fuels, two different diagnostic imaging techniques have been developed. The first uses carbon dioxide enhanced Filtered Rayleigh Scattering (FRS) for imaging the freestream flow and the boundary layer. The second technique uses laser induced fluorescence of sodium seeded into helium as a fuel simulant to provide information on injection and mixing in hypersonic flows. This paper will discuss the development of these diagnostics and their transition into the Mach 8 test facility at the Princeton Gas Dynamics Laboratory. Data are presented from an investigation of a Mach 8 zero pressure gradient boundary layer using the carbon dioxide enhanced FRS technique and from a study of the injection and mixing of sodium seeded helium into the boundary layer to illustrate the importance of these Graduate Student, Mechanical & Aerospace Engrg., Senior Member, AIAA i Graduate Student, Mechanical & Aerospace Engrg., Member, AIAA i Graduate Student, Mechanical & Aerospace Engrg, § Graduate Student, Mechanical & Aerospace Engrg., Student Member, AIAA II Graduate Student, Mechanical & Aerospace Engrg. Dept., California Institute of Technology, Student Member, AIAA Senior Research Scientist, Mechanical & Aerospace Engrg., Member, AIAA Professor, Mechanical & Aerospace Engrg., Associate Fellow, AIAA This paper is declared a work of the U.S. Government and is not subject to copyright protection in the United States. diagnostics to the understanding of the relevant fluid mechanics. An analysis of the boundary layer flow is provided along with an assessment of the implications of perturbing the flowfield using these seeding techniques." @default.
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- W2313148907 date "1997-01-06" @default.
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- W2313148907 title "Development of planar diagnostics for imaging Mach 8 flowfields using carbon dioxide and sodium seeding" @default.
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- W2313148907 doi "https://doi.org/10.2514/6.1997-154" @default.
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