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Abstract
This paper presents a Raman lidar for measuring tropospheric water vapor profiles over Hefei(31.9°N,117.17°E),China.Intercomparisons of water vapor mixing ratio obtained by this Raman lidar and GZZ-59 type radiosonde observations show the good agreements when relative humidity is higher than 20%.Typical vertical profiles and seasonal variations of water vapor mixing ratio distribution are reported.Many observation eases indicate that the high moisture layer corresponds to large aerosol scattering ratios in the lower troposphere.
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Citation
WU Yonghua, HU Huanling, HU Shunxing, LI Chen, ZHOU Jun. 2003: TROPOSPHERIC WATER VAPOR OBSERVATIONS USING A RAMAN LIDAR OVER HEFEI*. Journal of Meteorological Research, 17(4): 440-447.
WU Yonghua, HU Huanling, HU Shunxing, LI Chen, ZHOU Jun. 2003: TROPOSPHERIC WATER VAPOR OBSERVATIONS USING A RAMAN LIDAR OVER HEFEI*. Journal of Meteorological Research, 17(4): 440-447.
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WU Yonghua, HU Huanling, HU Shunxing, LI Chen, ZHOU Jun. 2003: TROPOSPHERIC WATER VAPOR OBSERVATIONS USING A RAMAN LIDAR OVER HEFEI*. Journal of Meteorological Research, 17(4): 440-447.
WU Yonghua, HU Huanling, HU Shunxing, LI Chen, ZHOU Jun. 2003: TROPOSPHERIC WATER VAPOR OBSERVATIONS USING A RAMAN LIDAR OVER HEFEI*. Journal of Meteorological Research, 17(4): 440-447.
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