Abstract

Data on the effect of global warming on the ozone layer and the intensity of near-surface near-noon UVB radiation in 2100 compared to the year 2000 are presented. Changes in the ozone layer are calculated at a latitude of 50° N for January and June of 2100 when compared with 2000 using the one-dimensional photochemical model, as well as the SOCRATES interactive two-dimensional photochemical model, using greenhouse gas concentrations given in the scenarios of the Intergovernmental Panel on Climate Change (IPCC) RCP 4.5 and PCP 6.0. Surface UVB radiation fluxes for the above conditions are calculated using a program developed at the Norwegian Institute for Atmospheric Research in 2005 (by Ola Engelsen).

中文翻译：

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全球变暖对臭氧层和紫外线辐射的影响

摘要

给出了2100年与2000年相比全球变暖对臭氧层的影响和近地表近午UVB辐射强度的数据。使用一维光化学模型和SOCRATES交互式二维光化学模型（使用2000年1月和6月的温室气体浓度）与2 000年相比，在2100年1月和6月的北纬50°N处计算了臭氧层的变化。政府间气候变化专门委员会（IPCC）RCP 4.5和PCP 6.0的方案。使用2005年挪威大气研究所（Ola Engelsen）开发的程序，可以计算上述条件下的表面UVB辐射通量。