• Spectroscopy and Spectral Analysis
  • Vol. 41, Issue 8, 2384 (2021)
Gas flow device of turbulent calibration system
Fig. 1. Gas flow device of turbulent calibration system
Radical generation device of turbulent calibration system
Fig. 2. Radical generation device of turbulent calibration system
(a) The relationship between oxygen absorption cross-section and O2 column concentration; (b) The comparison of water vapor concentration measured by dew point hygrometer and humidity & temperature probe; (c) The relationship between the change of mercury lamp intensity and the concentration of water vapor column
Fig. 3. (a) The relationship between oxygen absorption cross-section and O2 column concentration; (b) The comparison of water vapor concentration measured by dew point hygrometer and humidity & temperature probe; (c) The relationship between the change of mercury lamp intensity and the concentration of water vapor column
The relationship between the mercury lamp intensity and O3 concentration
Fig. 4. The relationship between the mercury lamp intensity and O3 concentration
The relationship between the intensity of mercury lamp and (a) HO2 fluorescence signal, (b) OH fluorescence signal detected by FAGE system
Fig. 5. The relationship between the intensity of mercury lamp and (a) HO2 fluorescence signal, (b) OH fluorescence signal detected by FAGE system
The concentration of OH radicals produced by the turbulent calibration system corresponds to the fluorescence count detected by FAGE system
Fig. 6. The concentration of OH radicals produced by the turbulent calibration system corresponds to the fluorescence count detected by FAGE system