Natural and anthropogenetic pollution limits of the stratospheric ozone

F. Caldararu, M. Caldararu, S. Patrascu, A. Paraschiv, D. Nicolaescu
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Abstract

Starting from the irreversible thermodynamics stability analysis of the ozone layer in the far equilibrium conditions, an analytical procedure for separating the natural and anthropogenetic ozone pollution channels was developed. In this way the upper and the lower limits of the ozone layer concentrations were calculated, as well as, the lower (natural) limits and the upper limits (permitted pollution) of the pollutants that destroy ozone. The results are important in practical applications allowing one to include the ozone layer depletion as statements on the NO/sub 2/ and freons F11 and F12 in the air quality standards.
平流层臭氧的自然和人为污染极限
从远平衡条件下臭氧层的不可逆热力学稳定性分析出发,提出了一种分离自然和人为臭氧污染通道的分析方法。用这种方法计算了臭氧层浓度的上限和下限,以及破坏臭氧的污染物的下限(自然)和上限(允许污染)。该结果在实际应用中具有重要意义,允许人们将臭氧层损耗作为空气质量标准中NO/sub - 2/和氟利昂F11和F12的陈述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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