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In this study we report a novel UV laser absorption diagnostic for sensitive and time-resolved measurement of methyl radicals (CH3) in shock tube kinetics studies, utilizing a frequency-quadrupled, high-repetition-rate (78 MHz) ps-pulsed Ti-sapphire laser targeted at the strong rovibronic transition of CH3 at 216.62 nm. This diagnostic employs a cavity-enhanced absorption spectroscopy (CEAS) strategy...
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