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simulation of stratospheric ozone in response to the increased surface CFCs emissions

机译:响应地表CFCS排放量响应平流层臭氧的模拟

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To evaluate the stratospheric process in the response to the increased surface CFCs emissions, some simulations were carried out by the NCAR interactive chemical, dynamical and radioactive two-dimensional (SOCRATES) model. The investigation showed that when the surface CFCs emissions increased by 30%, these chemical components would be transported into the stratosphere and would play an important roles in stratospheric chemistry and radiation. In the layers from 40km to 48km, the relative variety of active component was ClOx by 20% , HOx by -2% , NOx by -2% and 03 by -5%, respectively. At the same time, temperature reduced by 0.6K.
机译:为了评估对响应表面CFCS排放的响应的平流层过程,NCAR交互化学,动态和放射性二维(SOCRATE)模型进行了一些模拟。调查显示,当表面CFCS排放量增加30%时,这些化学成分将被运输到平流层中,并在流程图化学和辐射中发挥重要作用。在从40km至48km的层中,相对各种活性组分的克罗克霉分别是20%,霍克斯的-2%,NOx分别为-2%和03%-5%。同时,温度降低0.6k。

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