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Abstract
In this paper the effects of aerosol on tropospheric ozone measurements by three-wavelength (266-289-308nm) dual differential absorption lidar (DIAL) and two-wavelength (266-289 nm and 266-308 nm) DIAL are simulated.By using the two kinds of DIAL.vertical profiles of ozone density from 2 to 3.6 km altitude range are measured.Both simulation and observation results show that the three-wavelength dual-DIAL method is more effective to reduce the effects of aerosol than the two-wavelength DIAL method.Therefore,accurate ozone density distributions can be retrieved by the three wavelength dual DIAL method.
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Citation
HU Shunxing, HU Huanling, ZHOU Jun, WU Yonghua. 2002: DUAL-DIAL:A PAIR OF WAVELENGTHS FOR HIGH PRECISE MEASUREMENTS OF OZONE*. Journal of Meteorological Research, 16(2): 242-252.
HU Shunxing, HU Huanling, ZHOU Jun, WU Yonghua. 2002: DUAL-DIAL:A PAIR OF WAVELENGTHS FOR HIGH PRECISE MEASUREMENTS OF OZONE*. Journal of Meteorological Research, 16(2): 242-252.
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HU Shunxing, HU Huanling, ZHOU Jun, WU Yonghua. 2002: DUAL-DIAL:A PAIR OF WAVELENGTHS FOR HIGH PRECISE MEASUREMENTS OF OZONE*. Journal of Meteorological Research, 16(2): 242-252.
HU Shunxing, HU Huanling, ZHOU Jun, WU Yonghua. 2002: DUAL-DIAL:A PAIR OF WAVELENGTHS FOR HIGH PRECISE MEASUREMENTS OF OZONE*. Journal of Meteorological Research, 16(2): 242-252.
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