Modification of the terrestrial albedo following the absorption of the solar radiation by the dark artificial surfaces and its influence on the green house effect

Romdhane Ben Slama
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引用次数: 1

Abstract

In this article, it is implicated another factor other than that greenhouse gases in global warming. Indeed, CO2 and its equivalents retain only infrared radiation of long wavelengths. These are issued naturally by the earth at all times, but recently under the pretext of prestige or fashion, in hot countries is added the paintings of buildings in dark color, black in this case. These colors affect the albedo coefficient by the absorption of solar radiation and the emission of far infrared radiation that cannot cross the greenhouse gases, so partly reflected towards the earth causing global warming. Global action on reducing greenhouse gas emissions should therefore be complemented by a reduction in the dark color areas created by man.
暗人造表面吸收太阳辐射后陆地反照率的变化及其对温室效应的影响
在这篇文章中,它暗示了除温室气体以外的另一个因素导致全球变暖。实际上,二氧化碳及其等价物只保留了长波长的红外辐射。这些都是地球在任何时候自然发出的,但最近在声望或时尚的借口下,在炎热的国家增加了深色建筑的绘画,在这种情况下是黑色的。这些颜色通过吸收太阳辐射和发射远红外辐射而影响反照率系数,而远红外辐射不能穿过温室气体,因此部分反射到地球上,造成全球变暖。因此,减少温室气体排放的全球行动应辅之以减少人类制造的深色区域。
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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