Laser-induced fluorescence in the <i>B</i>–<i>X</i> system of the HCO radicalAndrew D. Sappey, David R. Crosley|The Journal of Chemical Physics|1990Cited by 114
Laser-induced fluorescence detection of singlet CH2 in low-pressure methane/oxygen flamesAndrew D. Sappey, Richard A. Copeland, David R. Crosley|Applied Physics B|1990Cited by 27
The influence of catalytic activity on the ignition of boundary layer flows. Part III: Hydroxyl radical measurements in low-pressure boundary layer flowsTimothy Griffin, David R. Crosley, Lisa D. Pfefferle et al.|Combustion and Flame|1992Cited by 17
Laser-induced fluorescence of the <i>B</i> 2Σ+– <i>X</i> 2Π <i>i</i> system of OH: Detection of <i>v</i> ′′=8 and 9Andrew D. Sappey, Richard A. Copeland, David R. Crosley|The Journal of Chemical Physics|1989Cited by 15
Erratum: Laser-induced fluorescence of the <i>B</i> 2Σ+– <i>X</i> 2Π <i>i</i> system of OH: Detection of <i>v</i> ″=8 and 9 [J. Chem. Phys. <b>9</b> <b/> , 3484 (1989)]Andrew D. Sappey, Richard A. Copeland, David R. Crosley|The Journal of Chemical Physics|1990Cited by 6