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青藏高原夏季臭氧低谷形成的机理——臭氧输送和化学过程 被引量:14
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作者 刘煜 李维亮 +1 位作者 周秀骥 何金海 《Advances in Atmospheric Sciences》 SCIE CAS CSCD 2003年第1期103-109,共7页
With the 3D chemical transport model OSLO CTM2, the valley of total column ozone over the Tibetan Plateau in summer is reproduced. The results show that when the ozone valley occurs and develops, the transport process... With the 3D chemical transport model OSLO CTM2, the valley of total column ozone over the Tibetan Plateau in summer is reproduced. The results show that when the ozone valley occurs and develops, the transport process plays the main part in the ozone reduction, but the chemical process partly compensates for the transport process. In the dynamic transport process of ozone, the horizontal transport process plays the main part in the ozone reduction in May, but brings about the ozone increase in June and July. The vertical advective process gradually takes the main role in the ozone reduction in June and July. The effect of convective activities rises gradually so that this effect cannot be overlooked in July, as its magnitude is comparable to that of the net changes. The effect of the gaseous chemical process brings about ozone increases which are more than the net changes sometimes, so the chemical effect is also important. 展开更多
关键词 Tibetan Plateau ozone valley dynamic transport process chemical process
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