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首页> 外文期刊>Applied Physics Research >Cosmic Rays and Clouds Variations Effect on the Climate is Insignificantly
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Cosmic Rays and Clouds Variations Effect on the Climate is Insignificantly

机译:宇宙射线和云层变化对气候的影响微不足道

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摘要

It is believed that an increase in the area of the cloud cover in the lower atmosphere of the Earth caused by the influence grows of galactic cosmic rays in the period of the Grand minimum of solar activity lead to an increase the reflected part of incoming solar radiation back into space and by that to a cooling of the climate down to the Little Ice Age. We will try to estimate an inverse aspect of simultaneously influence of increase in the area of the cloud cover in to the narrowing of the transmission of the windows of atmospheric transparency, which practically compensates of this cooling by means of accumulation of energy. An increase in the reflection of the thermal radiation of the Earth surface and of the solar radiation reflected from it, as well as the significant amplification of the greenhouse effect, presents an important additional source of heating due to the increase in the area of the cloud cover in the lower atmosphere. The impact of the increase in the area of the cloud cover caused by the influence grows of cosmic rays on the climate is very small.
机译:人们认为,在太阳活动的极小时期,由于银河宇宙射线的影响而导致地球低层大气中的云层面积增加,导致入射太阳辐射的反射部分增加。回到太空,然后降温到小冰河世纪。我们将尝试估计一个相反的方面,即同时增加云层覆盖面积对缩小大气透明窗的透射率的影响,这实际上是通过能量积累来补偿这种冷却的。地球表面热辐射的反射以及从地球表面反射的太阳辐射的反射增加,以及温室效应的显着放大,由于云的面积增加,提供了重要的额外热源掩盖在较低的大气层中。由宇宙射线的增长对气候的影响所引起的云量增加的影响很小。

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