Ⅰ. INTRODUCTIONThe recent discovery of ozone-hole in the polar region stimulates people to detect a possible long-term trend of atmospheric ozone. Many experimental techniques have been developed for measuring ozone ...Ⅰ. INTRODUCTIONThe recent discovery of ozone-hole in the polar region stimulates people to detect a possible long-term trend of atmospheric ozone. Many experimental techniques have been developed for measuring ozone to obtain the total ozone content and the vertical profiles.展开更多
Ground-based remote sensing has been an important technique in the measurement of the mesosphere. This technique involves making high spectral resolution measurement of the predominantly pressure-broadening rotational...Ground-based remote sensing has been an important technique in the measurement of the mesosphere. This technique involves making high spectral resolution measurement of the predominantly pressure-broadening rotational spectra of the mesospheric molecules and then inverting the measured spectra to yield information on the vertical distribution of the molecular mixing ratio. Using this technique, we have measured and studied vertical distribution of the mesospheric ozone in 1989 cooperating with Nagoya University.展开更多
基金On the Chinese side this project is funded by the National Natural Science Foundation of China.
文摘Ⅰ. INTRODUCTIONThe recent discovery of ozone-hole in the polar region stimulates people to detect a possible long-term trend of atmospheric ozone. Many experimental techniques have been developed for measuring ozone to obtain the total ozone content and the vertical profiles.
基金the National Natural Science Foundation of China.
文摘Ground-based remote sensing has been an important technique in the measurement of the mesosphere. This technique involves making high spectral resolution measurement of the predominantly pressure-broadening rotational spectra of the mesospheric molecules and then inverting the measured spectra to yield information on the vertical distribution of the molecular mixing ratio. Using this technique, we have measured and studied vertical distribution of the mesospheric ozone in 1989 cooperating with Nagoya University.
