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High-Speed Camera Produces Radical Images

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Max Glaskin

Movies of molecular reactions in a turbulent flame are providing a better understanding of the interactions between reactions and turbulence, and could help engineers improve the efficiency of combustion engines. Scientists at Lund University's Institute of Technology used a high-speed planar laser-induced fluorescence system from DRS Hadland Ltd. that can capture up to 100 million images a second. Researchers at the institute's Combustion Physics Div. filmed the formation of OH radical molecules in turbulent flames. The presence of these radicals helps to define the boundaries of the...Read full article

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    Published: February 2000
    Accent on ApplicationsApplicationsBasic ScienceHigh-Speed Camera Produces Radical Images

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