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平流层O3、O动力系统的平衡性质及南极平流层O3季节变化规律的研究
引用本文:李乐泉,周明煜.平流层O3、O动力系统的平衡性质及南极平流层O3季节变化规律的研究[J].地球物理学报,1991,34(6):680-693.
作者姓名:李乐泉  周明煜
作者单位:1. 中国电力企业联合会环保中心, 北京 100761; 2. 国家海洋局海洋环境预报研究中心, 北京 100081
摘    要:本文首次利用常微分方程定性理论对平流层O3、O动力系统的平衡性质进行了讨论.结果表明,如果在平流层O3的主要分布高度内,大气扩散作用小于光化学作用,那么平流层的O3层处于稳定状态;反之,平流层的O3层将遭到破坏.利用这一机制,我们可以解释南极平流层O3的季度变化规律和每年9-10月份出现的南极O3洞.

关 键 词:动力系统  南极平流层  南极O3  光化学作用  大气扩散作用  
收稿时间:1989-09-21

THE STUDY ON THE EQUILIBRIUM PROPERTIES OF O_3, O DYNAMIC SYSTEM IN STRATOSPHERE AND ANTARCTIC OZONE SEASONAL VARIATION
LI LE-QUAN.THE STUDY ON THE EQUILIBRIUM PROPERTIES OF O_3, O DYNAMIC SYSTEM IN STRATOSPHERE AND ANTARCTIC OZONE SEASONAL VARIATION[J].Chinese Journal of Geophysics,1991,34(6):680-693.
Authors:LI LE-QUAN
Institution:1. Center of Environmental Protection, China Electricity Enterprise Union, Beijing 100761; 2. National Research Center for Marine Environment forcasls, State Oceanic Administration, Beijing 100081
Abstract:The equilibrium properties of O3, O dynamic system in stratophere are discussed by the qualitative theory of ordinary differentical equations. The results indicate that if atmospheric diffusion effect is less than photochemistry effect in the altitude region where most of the total ozone column is located, then the ozone layer in stratosphere stably exists; on the contrary, the ozone layer in stratosphere is seriously destroyed. We can explain the Antarctic ozone seasonal variation in stratosphere and the Antarctic ozone hole that appears' from September to October every year with this mechanism.
Keywords:Dynamic system  Antarctic stratosphere  Antarctic ozone hole  Photoche-mistry effect  Atmospheric diffusion effect    
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