首页> 外文会议>International Conference on Geoinformatics;Geoinformatics 2012 >Response of a global circuit model with stratospheric aerosol to cosmic ray flux changes and its impact on the climate change
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Response of a global circuit model with stratospheric aerosol to cosmic ray flux changes and its impact on the climate change

机译:平流层气溶胶的全球电路模型对宇宙线通量变化的响应及其对气候变化的影响

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A new model of the global circuit has been constructed that treats more realistically than previous models the external influences due to varying charged particle fluxes from space, the internal variability due to the transport of radon by atmo spheric dynamics, and the varying aerosol populations. Here we present results for the variability of the global circuit due to the variations of the aerosol populations in the stratosphere and troposphere; the variability of the cosmic ray flux especially for little ice age period.
机译:已经构建了一个新的全局电路模型,该模型比以前的模型更实际地处理了由于来自太空的带电粒子通量变化而引起的外部影响,由于大气动力学引起的the的迁移而引起的内部可变性以及变化的气溶胶种群。在这里,由于平流层和对流层中气溶胶种群的变化,我们给出了全球电路变化的结果。宇宙射线通量的可变性,尤其是在小冰河时期。

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